MLXZq± grid for francium (Fr) for Q = -6: [FrXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = -5: [FrXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = -4: [FrXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = -3: [FrXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = -2: [FrXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = -1: [FrXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = 0: [FrXxLlZz]
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = 1: [FrXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = 2: [FrXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = 3: [FrXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for francium (Fr) for Q = 4: [FrXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -6: [RaXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -5: [RaXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -4: [RaXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -3: [RaXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -2: [RaXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = -1: [RaXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = 0: [RaXxLlZz]
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = 1: [RaXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = 2: [RaXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = 3: [RaXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for radium (Ra) for Q = 4: [RaXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -6: [AcXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -5: [AcXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -4: [AcXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -3: [AcXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -2: [AcXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = -1: [AcXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = 0: [AcXxLlZz]
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = 1: [AcXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = 2: [AcXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = 3: [AcXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for actinium (Ac) for Q = 4: [AcXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for thorium (Th) for Q = -6: [ThXxLlZz]6-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [ThZ]6- 0 |
|
[Th]6- 0 |
|
[ThL]6- 0 |
|
[ThL2]6- 0 |
|
[ThL3]6- 0 |
|
[ThL4]6- 0 |
|
[ThL5]6- 0 |
|
[ThL6]6- 0 |
|
[ThL7]6- 0 |
| X+2Z = 1 | |
[ThZ]6- 0 |
|
[ThX]6- 0 |
|
[ThLX]6- 0 |
|
[ThL2X]6- 0 |
|
[ThL3X]6- 0 |
|
[ThL4X]6- 0 |
|
[ThL5X]6- 0 |
|
[ThL6X]6- 0 |
|
| X+2Z = 2 | [ThZ2]6- 0 |
|
[ThZ]6- 0 |
|
[ThX2]6- 0 |
|
[ThLX2]6- 0 |
|
[ThL2X2]6- 0 |
|
[ThL3X2]6- 0 |
|
[ThL4X2]6- 0 |
|
[ThL5X2]6- 0 |
|
[ThL6X2]6- 0 |
| X+2Z = 3 | |
[ThZ2]6- 0 |
|
[ThXZ]6- 0 |
|
[ThX3]6- 0 |
|
[ThLX3]6- 0 |
|
[ThL2X3]6- 0 |
|
[ThL3X3]6- 0 |
|
[ThL4X3]6- 0 |
|
[ThL5X3]6- 0 |
|
| X+2Z = 4 | [ThZ3]6- 0 |
|
[ThZ2]6- 0 |
|
[ThX2Z]6- 0 |
|
[ThX4]6- 0 |
|
[ThLX4]6- 0 |
|
[ThL2X4]6- 0 |
|
[ThL3X4]6- 0 |
|
[ThL4X4]6- 0 |
|
[ThL5X4]6- 0 |
| X+2Z = 5 | |
[ThZ3]6- 0 |
|
[ThXZ2]6- 0 |
|
[ThX3Z]6- 0 |
|
[ThX5]6- 0 |
|
[ThLX5]6- 0 |
|
[ThL2X5]6- 0 |
|
[ThL3X5]6- 0 |
|
[ThL4X5]6- 0 |
|
| X+2Z = 6 | [ThZ4]6- 0 |
|
[ThZ3]6- 0 |
|
[ThX2Z2]6- 0 |
|
[ThX4Z]6- 0 |
|
[ThX6]6- 0 |
|
[ThLX6]6- 0 |
|
[ThL2X6]6- 0 |
|
[ThL3X6]6- 0 |
|
[ThL4X6]6- 0 |
| X+2Z = 7 | |
[ThZ4]6- 0 |
|
[ThXZ3]6- 0 |
|
[ThX3Z2]6- 0 |
|
[ThX5Z]6- 0 |
|
[ThX7]6- 0 |
|
[ThLX7]6- 0 |
|
[ThL2X7]6- 0 |
|
[ThL3X7]6- 0 |
|
| X+2Z = 8 | [ThZ5]6- 0 |
|
[ThZ4]6- 0 |
|
[ThX2Z3]6- 0 |
|
[ThX4Z2]6- 0 |
|
[ThX6Z]6- 0 |
|
[ThX8]6- 0 |
|
[ThLX8]6- 0 |
|
[ThL2X8]6- 0 |
|
[ThL3X8]6- 0 |
| X+2Z = 9 | |
[ThZ5]6- 0 |
|
[ThXZ4]6- 0 |
|
[ThX3Z3]6- 0 |
|
[ThX5Z2]6- 0 |
|
[ThX7Z]6- 0 |
|
[ThX9]6- 0 |
|
[ThLX9]6- 0 |
|
[ThL2X9]6- 0 |
|
| X+2Z = 10 | [ThZ6]6- 0 |
|
[ThZ5]6- 0 |
|
[ThX2Z4]6- 0 |
|
[ThX4Z3]6- 0 |
|
[ThX6Z2]6- 0 |
|
[ThX8Z]6- 0 |
|
[ThX10]6- 100% |
|
[ThLX10]6- 0 |
|
[ThL2X10]6- 0 |
| X+2Z = 11 | |
[ThZ6]6- 0 |
|
[ThXZ5]6- 0 |
|
[ThX3Z4]6- 0 |
|
[ThX5Z3]6- 0 |
|
[ThX7Z2]6- 0 |
|
[ThX9Z]6- 0 |
|
[ThX11]6- 0 |
|
[ThLX11]6- 0 |
|
| X+2Z = 12 | [ThZ7]6- 0 |
|
[ThZ6]6- 0 |
|
[ThX2Z5]6- 0 |
|
[ThX4Z4]6- 0 |
|
[ThX6Z3]6- 0 |
|
[ThX8Z2]6- 0 |
|
[ThX10Z]6- 0 |
|
[ThX12]6- 0 |
|
[ThLX12]6- 0 |
MLXZq± grid for thorium (Th) for Q = -5: [ThXxLlZz]5-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[Th]5- 0 |
|
[ThL]5- 0 |
|
[ThL2]5- 0 |
|
[ThL3]5- 0 |
|
[ThL4]5- 0 |
|
[ThL5]5- 0 |
|
[ThL6]5- 0 |
|
[ThL7]5- 0 |
|
| X+2Z = 1 | [ThZ]5- 0 |
|
[ThX]5- 0 |
|
[ThLX]5- 0 |
|
[ThL2X]5- 0 |
|
[ThL3X]5- 0 |
|
[ThL4X]5- 0 |
|
[ThL5X]5- 0 |
|
[ThL6X]5- 0 |
|
[ThL7X]5- 0 |
| X+2Z = 2 | |
[ThZ]5- 0 |
|
[ThX2]5- 0 |
|
[ThLX2]5- 0 |
|
[ThL2X2]5- 0 |
|
[ThL3X2]5- 0 |
|
[ThL4X2]5- 0 |
|
[ThL5X2]5- 0 |
|
[ThL6X2]5- 0 |
|
| X+2Z = 3 | [ThZ2]5- 0 |
|
[ThXZ]5- 0 |
|
[ThX3]5- 0 |
|
[ThLX3]5- 0 |
|
[ThL2X3]5- 0 |
|
[ThL3X3]5- 0 |
|
[ThL4X3]5- 0 |
|
[ThL5X3]5- 0 |
|
[ThL6X3]5- 0 |
| X+2Z = 4 | |
[ThZ2]5- 0 |
|
[ThX2Z]5- 0 |
|
[ThX4]5- 0 |
|
[ThLX4]5- 0 |
|
[ThL2X4]5- 0 |
|
[ThL3X4]5- 0 |
|
[ThL4X4]5- 0 |
|
[ThL5X4]5- 0 |
|
| X+2Z = 5 | [ThZ3]5- 0 |
|
[ThXZ2]5- 0 |
|
[ThX3Z]5- 0 |
|
[ThX5]5- 0 |
|
[ThLX5]5- 0 |
|
[ThL2X5]5- 0 |
|
[ThL3X5]5- 0 |
|
[ThL4X5]5- 0 |
|
[ThL5X5]5- 0 |
| X+2Z = 6 | |
[ThZ3]5- 0 |
|
[ThX2Z2]5- 0 |
|
[ThX4Z]5- 0 |
|
[ThX6]5- 0 |
|
[ThLX6]5- 0 |
|
[ThL2X6]5- 0 |
|
[ThL3X6]5- 0 |
|
[ThL4X6]5- 0 |
|
| X+2Z = 7 | [ThZ4]5- 0 |
|
[ThXZ3]5- 0 |
|
[ThX3Z2]5- 0 |
|
[ThX5Z]5- 0 |
|
[ThX7]5- 0 |
|
[ThLX7]5- 0 |
|
[ThL2X7]5- 0 |
|
[ThL3X7]5- 0 |
|
[ThL4X7]5- 0 |
| X+2Z = 8 | |
[ThZ4]5- 0 |
|
[ThX2Z3]5- 0 |
|
[ThX4Z2]5- 0 |
|
[ThX6Z]5- 0 |
|
[ThX8]5- 0 |
|
[ThLX8]5- 0 |
|
[ThL2X8]5- 0 |
|
[ThL3X8]5- 0 |
|
| X+2Z = 9 | [ThZ5]5- 0 |
|
[ThXZ4]5- 0 |
|
[ThX3Z3]5- 0 |
|
[ThX5Z2]5- 0 |
|
[ThX7Z]5- 0 |
|
[ThX9]5- 100% |
|
[ThLX9]5- 0 |
|
[ThL2X9]5- 0 |
|
[ThL3X9]5- 0 |
| X+2Z = 10 | |
[ThZ5]5- 0 |
|
[ThX2Z4]5- 0 |
|
[ThX4Z3]5- 0 |
|
[ThX6Z2]5- 0 |
|
[ThX8Z]5- 0 |
|
[ThX10]5- 0 |
|
[ThLX10]5- 0 |
|
[ThL2X10]5- 0 |
|
| X+2Z = 11 | [ThZ6]5- 0 |
|
[ThXZ5]5- 0 |
|
[ThX3Z4]5- 0 |
|
[ThX5Z3]5- 0 |
|
[ThX7Z2]5- 0 |
|
[ThX9Z]5- 0 |
|
[ThX11]5- 0 |
|
[ThLX11]5- 0 |
|
[ThL2X11]5- 0 |
| X+2Z = 12 | |
[ThZ6]5- 0 |
|
[ThX2Z5]5- 0 |
|
[ThX4Z4]5- 0 |
|
[ThX6Z3]5- 0 |
|
[ThX8Z2]5- 0 |
|
[ThX10Z]5- 0 |
|
[ThX12]5- 0 |
|
[ThLX12]5- 0 |
|
MLXZq± grid for thorium (Th) for Q = -4: [ThXxLlZz]4-
The number of compounds found is 3.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [Th]4- 0 |
|
[ThL]4- 0 |
|
[ThL2]4- 0 |
|
[ThL3]4- 0 |
|
[ThL4]4- 0 |
|
[ThL5]4- 0 |
|
[ThL6]4- 0 |
|
[ThL7]4- 0 |
|
[ThL8]4- 0 |
| X+2Z = 1 | |
[ThX]4- 0 |
|
[ThLX]4- 0 |
|
[ThL2X]4- 0 |
|
[ThL3X]4- 0 |
|
[ThL4X]4- 0 |
|
[ThL5X]4- 0 |
|
[ThL6X]4- 0 |
|
[ThL7X]4- 0 |
|
| X+2Z = 2 | [ThZ]4- 0 |
|
[ThX2]4- 0 |
|
[ThLX2]4- 0 |
|
[ThL2X2]4- 0 |
|
[ThL3X2]4- 0 |
|
[ThL4X2]4- 0 |
|
[ThL5X2]4- 0 |
|
[ThL6X2]4- 0 |
|
[ThL7X2]4- 0 |
| X+2Z = 3 | |
[ThXZ]4- 0 |
|
[ThX3]4- 0 |
|
[ThLX3]4- 0 |
|
[ThL2X3]4- 0 |
|
[ThL3X3]4- 0 |
|
[ThL4X3]4- 0 |
|
[ThL5X3]4- 0 |
|
[ThL6X3]4- 0 |
|
| X+2Z = 4 | [ThZ2]4- 0 |
|
[ThX2Z]4- 0 |
|
[ThX4]4- 0 |
|
[ThLX4]4- 0 |
|
[ThL2X4]4- 0 |
|
[ThL3X4]4- 0 |
|
[ThL4X4]4- 0 |
|
[ThL5X4]4- 0 |
|
[ThL6X4]4- 0 |
| X+2Z = 5 | |
[ThXZ2]4- 0 |
|
[ThX3Z]4- 0 |
|
[ThX5]4- 0 |
|
[ThLX5]4- 0 |
|
[ThL2X5]4- 0 |
|
[ThL3X5]4- 0 |
|
[ThL4X5]4- 0 |
|
[ThL5X5]4- 0 |
|
| X+2Z = 6 | [ThZ3]4- 0 |
|
[ThX2Z2]4- 0 |
|
[ThX4Z]4- 0 |
|
[ThX6]4- 0 |
|
[ThLX6]4- 0 |
|
[ThL2X6]4- 0 |
|
[ThL3X6]4- 0 |
|
[ThL4X6]4- 0 |
|
[ThL5X6]4- 0 |
| X+2Z = 7 | |
[ThXZ3]4- 0 |
|
[ThX3Z2]4- 0 |
|
[ThX5Z]4- 0 |
|
[ThX7]4- 0 |
|
[ThLX7]4- 0 |
|
[ThL2X7]4- 0 |
|
[ThL3X7]4- 0 |
|
[ThL4X7]4- 0 |
|
| X+2Z = 8 | [ThZ4]4- 0 |
|
[ThX2Z3]4- 0 |
|
[ThX4Z2]4- 0 |
|
[ThX6Z]4- 0 |
|
[ThX8]4- 33% |
|
[ThLX8]4- 33% |
|
[ThL2X8]4- 33% |
|
[ThL3X8]4- 0 |
|
[ThL4X8]4- 0 |
| X+2Z = 9 | |
[ThXZ4]4- 0 |
|
[ThX3Z3]4- 0 |
|
[ThX5Z2]4- 0 |
|
[ThX7Z]4- 0 |
|
[ThX9]4- 0 |
|
[ThLX9]4- 0 |
|
[ThL2X9]4- 0 |
|
[ThL3X9]4- 0 |
|
| X+2Z = 10 | [ThZ5]4- 0 |
|
[ThX2Z4]4- 0 |
|
[ThX4Z3]4- 0 |
|
[ThX6Z2]4- 0 |
|
[ThX8Z]4- 0 |
|
[ThX10]4- 0 |
|
[ThLX10]4- 0 |
|
[ThL2X10]4- 0 |
|
[ThL3X10]4- 0 |
| X+2Z = 11 | |
[ThXZ5]4- 0 |
|
[ThX3Z4]4- 0 |
|
[ThX5Z3]4- 0 |
|
[ThX7Z2]4- 0 |
|
[ThX9Z]4- 0 |
|
[ThX11]4- 0 |
|
[ThLX11]4- 0 |
|
[ThL2X11]4- 0 |
|
| X+2Z = 12 | [ThZ6]4- 0 |
|
[ThX2Z5]4- 0 |
|
[ThX4Z4]4- 0 |
|
[ThX6Z3]4- 0 |
|
[ThX8Z2]4- 0 |
|
[ThX10Z]4- 0 |
|
[ThX12]4- 0 |
|
[ThLX12]4- 0 |
|
[ThL2X12]4- 0 |
MLXZq± grid for thorium (Th) for Q = -3: [ThXxLlZz]3-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ThL]3- 0 |
|
[ThL2]3- 0 |
|
[ThL3]3- 0 |
|
[ThL4]3- 0 |
|
[ThL5]3- 0 |
|
[ThL6]3- 0 |
|
[ThL7]3- 0 |
|
[ThL8]3- 0 |
|
| X+2Z = 1 | [ThX]3- 0 |
|
[ThLX]3- 0 |
|
[ThL2X]3- 0 |
|
[ThL3X]3- 0 |
|
[ThL4X]3- 0 |
|
[ThL5X]3- 0 |
|
[ThL6X]3- 0 |
|
[ThL7X]3- 0 |
|
[ThL8X]3- 0 |
| X+2Z = 2 | |
[ThX2]3- 0 |
|
[ThLX2]3- 0 |
|
[ThL2X2]3- 0 |
|
[ThL3X2]3- 0 |
|
[ThL4X2]3- 0 |
|
[ThL5X2]3- 0 |
|
[ThL6X2]3- 0 |
|
[ThL7X2]3- 0 |
|
| X+2Z = 3 | [ThXZ]3- 0 |
|
[ThX3]3- 0 |
|
[ThLX3]3- 0 |
|
[ThL2X3]3- 0 |
|
[ThL3X3]3- 0 |
|
[ThL4X3]3- 0 |
|
[ThL5X3]3- 0 |
|
[ThL6X3]3- 0 |
|
[ThL7X3]3- 0 |
| X+2Z = 4 | |
[ThX2Z]3- 0 |
|
[ThX4]3- 0 |
|
[ThLX4]3- 0 |
|
[ThL2X4]3- 0 |
|
[ThL3X4]3- 0 |
|
[ThL4X4]3- 0 |
|
[ThL5X4]3- 0 |
|
[ThL6X4]3- 0 |
|
| X+2Z = 5 | [ThXZ2]3- 0 |
|
[ThX3Z]3- 0 |
|
[ThX5]3- 0 |
|
[ThLX5]3- 0 |
|
[ThL2X5]3- 0 |
|
[ThL3X5]3- 0 |
|
[ThL4X5]3- 0 |
|
[ThL5X5]3- 0 |
|
[ThL6X5]3- 0 |
| X+2Z = 6 | |
[ThX2Z2]3- 0 |
|
[ThX4Z]3- 0 |
|
[ThX6]3- 0 |
|
[ThLX6]3- 0 |
|
[ThL2X6]3- 0 |
|
[ThL3X6]3- 0 |
|
[ThL4X6]3- 0 |
|
[ThL5X6]3- 0 |
|
| X+2Z = 7 | [ThXZ3]3- 0 |
|
[ThX3Z2]3- 0 |
|
[ThX5Z]3- 0 |
|
[ThX7]3- 0 |
|
[ThLX7]3- 0 |
|
[ThL2X7]3- 0 |
|
[ThL3X7]3- 100% |
|
[ThL4X7]3- 0 |
|
[ThL5X7]3- 0 |
| X+2Z = 8 | |
[ThX2Z3]3- 0 |
|
[ThX4Z2]3- 0 |
|
[ThX6Z]3- 0 |
|
[ThX8]3- 0 |
|
[ThLX8]3- 0 |
|
[ThL2X8]3- 0 |
|
[ThL3X8]3- 0 |
|
[ThL4X8]3- 0 |
|
| X+2Z = 9 | [ThXZ4]3- 0 |
|
[ThX3Z3]3- 0 |
|
[ThX5Z2]3- 0 |
|
[ThX7Z]3- 0 |
|
[ThX9]3- 0 |
|
[ThLX9]3- 0 |
|
[ThL2X9]3- 0 |
|
[ThL3X9]3- 0 |
|
[ThL4X9]3- 0 |
| X+2Z = 10 | |
[ThX2Z4]3- 0 |
|
[ThX4Z3]3- 0 |
|
[ThX6Z2]3- 0 |
|
[ThX8Z]3- 0 |
|
[ThX10]3- 0 |
|
[ThLX10]3- 0 |
|
[ThL2X10]3- 0 |
|
[ThL3X10]3- 0 |
|
| X+2Z = 11 | [ThXZ5]3- 0 |
|
[ThX3Z4]3- 0 |
|
[ThX5Z3]3- 0 |
|
[ThX7Z2]3- 0 |
|
[ThX9Z]3- 0 |
|
[ThX11]3- 0 |
|
[ThLX11]3- 0 |
|
[ThL2X11]3- 0 |
|
[ThL3X11]3- 0 |
| X+2Z = 12 | |
[ThX2Z5]3- 0 |
|
[ThX4Z4]3- 0 |
|
[ThX6Z3]3- 0 |
|
[ThX8Z2]3- 0 |
|
[ThX10Z]3- 0 |
|
[ThX12]3- 0 |
|
[ThLX12]3- 0 |
|
[ThL2X12]3- 0 |
|
MLXZq± grid for thorium (Th) for Q = -2: [ThXxLlZz]2-
The number of compounds found is 11.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [ThL]2- 0 |
|
[ThL2]2- 0 |
|
[ThL3]2- 0 |
|
[ThL4]2- 0 |
|
[ThL5]2- 0 |
|
[ThL6]2- 0 |
|
[ThL7]2- 0 |
|
[ThL8]2- 0 |
|
[ThL9]2- 0 |
| X+2Z = 1 | |
[ThLX]2- 0 |
|
[ThL2X]2- 0 |
|
[ThL3X]2- 0 |
|
[ThL4X]2- 0 |
|
[ThL5X]2- 0 |
|
[ThL6X]2- 0 |
|
[ThL7X]2- 0 |
|
[ThL8X]2- 0 |
|
| X+2Z = 2 | [ThX2]2- 0 |
|
[ThLX2]2- 0 |
|
[ThL2X2]2- 0 |
|
[ThL3X2]2- 0 |
|
[ThL4X2]2- 0 |
|
[ThL5X2]2- 0 |
|
[ThL6X2]2- 0 |
|
[ThL7X2]2- 0 |
|
[ThL8X2]2- 0 |
| X+2Z = 3 | |
[ThX3]2- 0 |
|
[ThLX3]2- 0 |
|
[ThL2X3]2- 0 |
|
[ThL3X3]2- 0 |
|
[ThL4X3]2- 0 |
|
[ThL5X3]2- 0 |
|
[ThL6X3]2- 0 |
|
[ThL7X3]2- 0 |
|
| X+2Z = 4 | [ThX2Z]2- 0 |
|
[ThX4]2- 0 |
|
[ThLX4]2- 0 |
|
[ThL2X4]2- 0 |
|
[ThL3X4]2- 0 |
|
[ThL4X4]2- 0 |
|
[ThL5X4]2- 0 |
|
[ThL6X4]2- 0 |
|
[ThL7X4]2- 0 |
| X+2Z = 5 | |
[ThX3Z]2- 0 |
|
[ThX5]2- 0 |
|
[ThLX5]2- 0 |
|
[ThL2X5]2- 0 |
|
[ThL3X5]2- 0 |
|
[ThL4X5]2- 9% |
|
[ThL5X5]2- 0 |
|
[ThL6X5]2- 0 |
|
| X+2Z = 6 | [ThX2Z2]2- 0 |
|
[ThX4Z]2- 0 |
|
[ThX6]2- 27% |
|
[ThLX6]2- 0 |
|
[ThL2X6]2- 0 |
|
[ThL3X6]2- 27% |
|
[ThL4X6]2- 0 |
|
[ThL5X6]2- 0 |
|
[ThL6X6]2- 36% |
| X+2Z = 7 | |
[ThX3Z2]2- 0 |
|
[ThX5Z]2- 0 |
|
[ThX7]2- 0 |
|
[ThLX7]2- 0 |
|
[ThL2X7]2- 0 |
|
[ThL3X7]2- 0 |
|
[ThL4X7]2- 0 |
|
[ThL5X7]2- 0 |
|
| X+2Z = 8 | [ThX2Z3]2- 0 |
|
[ThX4Z2]2- 0 |
|
[ThX6Z]2- 0 |
|
[ThX8]2- 0 |
|
[ThLX8]2- 0 |
|
[ThL2X8]2- 0 |
|
[ThL3X8]2- 0 |
|
[ThL4X8]2- 0 |
|
[ThL5X8]2- 0 |
| X+2Z = 9 | |
[ThX3Z3]2- 0 |
|
[ThX5Z2]2- 0 |
|
[ThX7Z]2- 0 |
|
[ThX9]2- 0 |
|
[ThLX9]2- 0 |
|
[ThL2X9]2- 0 |
|
[ThL3X9]2- 0 |
|
[ThL4X9]2- 0 |
|
| X+2Z = 10 | [ThX2Z4]2- 0 |
|
[ThX4Z3]2- 0 |
|
[ThX6Z2]2- 0 |
|
[ThX8Z]2- 0 |
|
[ThX10]2- 0 |
|
[ThLX10]2- 0 |
|
[ThL2X10]2- 0 |
|
[ThL3X10]2- 0 |
|
[ThL4X10]2- 0 |
| X+2Z = 11 | |
[ThX3Z4]2- 0 |
|
[ThX5Z3]2- 0 |
|
[ThX7Z2]2- 0 |
|
[ThX9Z]2- 0 |
|
[ThX11]2- 0 |
|
[ThLX11]2- 0 |
|
[ThL2X11]2- 0 |
|
[ThL3X11]2- 0 |
|
| X+2Z = 12 | [ThX2Z5]2- 0 |
|
[ThX4Z4]2- 0 |
|
[ThX6Z3]2- 0 |
|
[ThX8Z2]2- 0 |
|
[ThX10Z]2- 0 |
|
[ThX12]2- 0 |
|
[ThLX12]2- 0 |
|
[ThL2X12]2- 0 |
|
[ThL3X12]2- 0 |
MLXZq± grid for thorium (Th) for Q = -1: [ThXxLlZz]-
The number of compounds found is 6.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ThL2]- 0 |
|
[ThL3]- 0 |
|
[ThL4]- 0 |
|
[ThL5]- 0 |
|
[ThL6]- 0 |
|
[ThL7]- 0 |
|
[ThL8]- 0 |
|
[ThL9]- 0 |
|
| X+2Z = 1 | [ThLX]- 0 |
|
[ThL2X]- 0 |
|
[ThL3X]- 0 |
|
[ThL4X]- 0 |
|
[ThL5X]- 0 |
|
[ThL6X]- 0 |
|
[ThL7X]- 0 |
|
[ThL8X]- 0 |
|
[ThL9X]- 0 |
| X+2Z = 2 | |
[ThLX2]- 0 |
|
[ThL2X2]- 0 |
|
[ThL3X2]- 0 |
|
[ThL4X2]- 0 |
|
[ThL5X2]- 0 |
|
[ThL6X2]- 0 |
|
[ThL7X2]- 0 |
|
[ThL8X2]- 0 |
|
| X+2Z = 3 | [ThX3]- 0 |
|
[ThLX3]- 0 |
|
[ThL2X3]- 0 |
|
[ThL3X3]- 0 |
|
[ThL4X3]- 0 |
|
[ThL5X3]- 0 |
|
[ThL6X3]- 0 |
|
[ThL7X3]- 0 |
|
[ThL8X3]- 0 |
| X+2Z = 4 | |
[ThX4]- 0 |
|
[ThLX4]- 0 |
|
[ThL2X4]- 0 |
|
[ThL3X4]- 0 |
|
[ThL4X4]- 50% |
|
[ThL5X4]- 17% |
|
[ThL6X4]- 0 |
|
[ThL7X4]- 0 |
|
| X+2Z = 5 | [ThX3Z]- 0 |
|
[ThX5]- 17% |
|
[ThLX5]- 0 |
|
[ThL2X5]- 0 |
|
[ThL3X5]- 0 |
|
[ThL4X5]- 0 |
|
[ThL5X5]- 0 |
|
[ThL6X5]- 0 |
|
[ThL7X5]- 17% |
| X+2Z = 6 | |
[ThX4Z]- 0 |
|
[ThX6]- 0 |
|
[ThLX6]- 0 |
|
[ThL2X6]- 0 |
|
[ThL3X6]- 0 |
|
[ThL4X6]- 0 |
|
[ThL5X6]- 0 |
|
[ThL6X6]- 0 |
|
| X+2Z = 7 | [ThX3Z2]- 0 |
|
[ThX5Z]- 0 |
|
[ThX7]- 0 |
|
[ThLX7]- 0 |
|
[ThL2X7]- 0 |
|
[ThL3X7]- 0 |
|
[ThL4X7]- 0 |
|
[ThL5X7]- 0 |
|
[ThL6X7]- 0 |
| X+2Z = 8 | |
[ThX4Z2]- 0 |
|
[ThX6Z]- 0 |
|
[ThX8]- 0 |
|
[ThLX8]- 0 |
|
[ThL2X8]- 0 |
|
[ThL3X8]- 0 |
|
[ThL4X8]- 0 |
|
[ThL5X8]- 0 |
|
| X+2Z = 9 | [ThX3Z3]- 0 |
|
[ThX5Z2]- 0 |
|
[ThX7Z]- 0 |
|
[ThX9]- 0 |
|
[ThLX9]- 0 |
|
[ThL2X9]- 0 |
|
[ThL3X9]- 0 |
|
[ThL4X9]- 0 |
|
[ThL5X9]- 0 |
| X+2Z = 10 | |
[ThX4Z3]- 0 |
|
[ThX6Z2]- 0 |
|
[ThX8Z]- 0 |
|
[ThX10]- 0 |
|
[ThLX10]- 0 |
|
[ThL2X10]- 0 |
|
[ThL3X10]- 0 |
|
[ThL4X10]- 0 |
|
| X+2Z = 11 | [ThX3Z4]- 0 |
|
[ThX5Z3]- 0 |
|
[ThX7Z2]- 0 |
|
[ThX9Z]- 0 |
|
[ThX11]- 0 |
|
[ThLX11]- 0 |
|
[ThL2X11]- 0 |
|
[ThL3X11]- 0 |
|
[ThL4X11]- 0 |
| X+2Z = 12 | |
[ThX4Z4]- 0 |
|
[ThX6Z3]- 0 |
|
[ThX8Z2]- 0 |
|
[ThX10Z]- 0 |
|
[ThX12]- 0 |
|
[ThLX12]- 0 |
|
[ThL2X12]- 0 |
|
[ThL3X12]- 0 |
|
MLXZq± grid for thorium (Th) for Q = 0: [ThXxLlZz]
The number of compounds found is 117.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [ThL2] 0 |
|
[ThL3] 0 |
|
[ThL4] 0 |
|
[ThL5] 0 |
|
[ThL6] 0 |
|
[ThL7] 0 |
|
[ThL8] 0 |
|
[ThL9] 0 |
|
[ThL10] 0 |
| X+2Z = 1 | |
[ThL2X] 0 |
|
[ThL3X] 0 |
|
[ThL4X] 0 |
|
[ThL5X] 0 |
|
[ThL6X] 0 |
|
[ThL7X] 0 |
|
[ThL8X] 0 |
|
[ThL9X] 0 |
|
| X+2Z = 2 | [ThLX2] 0 |
|
[ThL2X2] 0 |
|
[ThL3X2] 0 |
|
[ThL4X2] 2% |
|
[ThL5X2] 0 |
|
[ThL6X2] 1% |
|
[ThL7X2] 0 |
|
[ThL8X2] 0 |
|
[ThL9X2] 0 |
| X+2Z = 3 | |
[ThLX3] 0 |
|
[ThL2X3] 0 |
|
[ThL3X3] 3% |
|
[ThL4X3] 0 |
|
[ThL5X3] 2% |
|
[ThL6X3] 3% |
|
[ThL7X3] 0 |
|
[ThL8X3] 0 |
|
| X+2Z = 4 | [ThX4] 2% |
|
[ThLX4] 0 |
|
[ThL2X4] 7% |
|
[ThL3X4] 6% |
|
[ThL4X4] 39% |
|
[ThL5X4] 26% |
|
[ThL6X4] 7% |
|
[ThL7X4] 3% |
|
[ThL8X4] 2% |
| X+2Z = 5 | |
[ThX5] 0 |
|
[ThLX5] 0 |
|
[ThL2X5] 0 |
|
[ThL3X5] 0 |
|
[ThL4X5] 0 |
|
[ThL5X5] 0 |
|
[ThL6X5] 0 |
|
[ThL7X5] 0 |
|
| X+2Z = 6 | [ThX4Z] 0 |
|
[ThX6] 0 |
|
[ThLX6] 0 |
|
[ThL2X6] 0 |
|
[ThL3X6] 0 |
|
[ThL4X6] 0 |
|
[ThL5X6] 0 |
|
[ThL6X6] 0 |
|
[ThL7X6] 0 |
| X+2Z = 7 | |
[ThX5Z] 0 |
|
[ThX7] 0 |
|
[ThLX7] 0 |
|
[ThL2X7] 0 |
|
[ThL3X7] 0 |
|
[ThL4X7] 0 |
|
[ThL5X7] 0 |
|
[ThL6X7] 0 |
|
| X+2Z = 8 | [ThX4Z2] 0 |
|
[ThX6Z] 0 |
|
[ThX8] 0 |
|
[ThLX8] 0 |
|
[ThL2X8] 0 |
|
[ThL3X8] 0 |
|
[ThL4X8] 0 |
|
[ThL5X8] 0 |
|
[ThL6X8] 0 |
| X+2Z = 9 | |
[ThX5Z2] 0 |
|
[ThX7Z] 0 |
|
[ThX9] 0 |
|
[ThLX9] 0 |
|
[ThL2X9] 0 |
|
[ThL3X9] 0 |
|
[ThL4X9] 0 |
|
[ThL5X9] 0 |
|
| X+2Z = 10 | [ThX4Z3] 0 |
|
[ThX6Z2] 0 |
|
[ThX8Z] 0 |
|
[ThX10] 0 |
|
[ThLX10] 0 |
|
[ThL2X10] 0 |
|
[ThL3X10] 0 |
|
[ThL4X10] 0 |
|
[ThL5X10] 0 |
| X+2Z = 11 | |
[ThX5Z3] 0 |
|
[ThX7Z2] 0 |
|
[ThX9Z] 0 |
|
[ThX11] 0 |
|
[ThLX11] 0 |
|
[ThL2X11] 0 |
|
[ThL3X11] 0 |
|
[ThL4X11] 0 |
|
| X+2Z = 12 | [ThX4Z4] 0 |
|
[ThX6Z3] 0 |
|
[ThX8Z2] 0 |
|
[ThX10Z] 0 |
|
[ThX12] 0 |
|
[ThLX12] 0 |
|
[ThL2X12] 0 |
|
[ThL3X12] 0 |
|
[ThL4X12] 0 |
MLXZq± grid for thorium (Th) for Q = 1: [ThXxLlZz]+
The number of compounds found is 5.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ThL3]+ 0 |
|
[ThL4]+ 0 |
|
[ThL5]+ 0 |
|
[ThL6]+ 0 |
|
[ThL7]+ 0 |
|
[ThL8]+ 0 |
|
[ThL9]+ 0 |
|
[ThL10]+ 0 |
|
| X+2Z = 1 | [ThL2X]+ 0 |
|
[ThL3X]+ 0 |
|
[ThL4X]+ 0 |
|
[ThL5X]+ 0 |
|
[ThL6X]+ 0 |
|
[ThL7X]+ 0 |
|
[ThL8X]+ 0 |
|
[ThL9X]+ 0 |
|
[ThL10X]+ 0 |
| X+2Z = 2 | |
[ThL2X2]+ 0 |
|
[ThL3X2]+ 0 |
|
[ThL4X2]+ 0 |
|
[ThL5X2]+ 0 |
|
[ThL6X2]+ 0 |
|
[ThL7X2]+ 0 |
|
[ThL8X2]+ 0 |
|
[ThL9X2]+ 0 |
|
| X+2Z = 3 | [ThLX3]+ 0 |
|
[ThL2X3]+ 0 |
|
[ThL3X3]+ 0 |
|
[ThL4X3]+ 0 |
|
[ThL5X3]+ 40% |
|
[ThL6X3]+ 40% |
|
[ThL7X3]+ 20% |
|
[ThL8X3]+ 0 |
|
[ThL9X3]+ 0 |
| X+2Z = 4 | |
[ThLX4]+ 0 |
|
[ThL2X4]+ 0 |
|
[ThL3X4]+ 0 |
|
[ThL4X4]+ 0 |
|
[ThL5X4]+ 0 |
|
[ThL6X4]+ 0 |
|
[ThL7X4]+ 0 |
|
[ThL8X4]+ 0 |
|
| X+2Z = 5 | [ThX5]+ 0 |
|
[ThLX5]+ 0 |
|
[ThL2X5]+ 0 |
|
[ThL3X5]+ 0 |
|
[ThL4X5]+ 0 |
|
[ThL5X5]+ 0 |
|
[ThL6X5]+ 0 |
|
[ThL7X5]+ 0 |
|
[ThL8X5]+ 0 |
| X+2Z = 6 | |
[ThX6]+ 0 |
|
[ThLX6]+ 0 |
|
[ThL2X6]+ 0 |
|
[ThL3X6]+ 0 |
|
[ThL4X6]+ 0 |
|
[ThL5X6]+ 0 |
|
[ThL6X6]+ 0 |
|
[ThL7X6]+ 0 |
|
| X+2Z = 7 | [ThX5Z]+ 0 |
|
[ThX7]+ 0 |
|
[ThLX7]+ 0 |
|
[ThL2X7]+ 0 |
|
[ThL3X7]+ 0 |
|
[ThL4X7]+ 0 |
|
[ThL5X7]+ 0 |
|
[ThL6X7]+ 0 |
|
[ThL7X7]+ 0 |
| X+2Z = 8 | |
[ThX6Z]+ 0 |
|
[ThX8]+ 0 |
|
[ThLX8]+ 0 |
|
[ThL2X8]+ 0 |
|
[ThL3X8]+ 0 |
|
[ThL4X8]+ 0 |
|
[ThL5X8]+ 0 |
|
[ThL6X8]+ 0 |
|
| X+2Z = 9 | [ThX5Z2]+ 0 |
|
[ThX7Z]+ 0 |
|
[ThX9]+ 0 |
|
[ThLX9]+ 0 |
|
[ThL2X9]+ 0 |
|
[ThL3X9]+ 0 |
|
[ThL4X9]+ 0 |
|
[ThL5X9]+ 0 |
|
[ThL6X9]+ 0 |
| X+2Z = 10 | |
[ThX6Z2]+ 0 |
|
[ThX8Z]+ 0 |
|
[ThX10]+ 0 |
|
[ThLX10]+ 0 |
|
[ThL2X10]+ 0 |
|
[ThL3X10]+ 0 |
|
[ThL4X10]+ 0 |
|
[ThL5X10]+ 0 |
|
| X+2Z = 11 | [ThX5Z3]+ 0 |
|
[ThX7Z2]+ 0 |
|
[ThX9Z]+ 0 |
|
[ThX11]+ 0 |
|
[ThLX11]+ 0 |
|
[ThL2X11]+ 0 |
|
[ThL3X11]+ 0 |
|
[ThL4X11]+ 0 |
|
[ThL5X11]+ 0 |
| X+2Z = 12 | |
[ThX6Z3]+ 0 |
|
[ThX8Z2]+ 0 |
|
[ThX10Z]+ 0 |
|
[ThX12]+ 0 |
|
[ThLX12]+ 0 |
|
[ThL2X12]+ 0 |
|
[ThL3X12]+ 0 |
|
[ThL4X12]+ 0 |
|
MLXZq± grid for thorium (Th) for Q = 2: [ThXxLlZz]2+
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [ThL3]2+ 0 |
|
[ThL4]2+ 0 |
|
[ThL5]2+ 0 |
|
[ThL6]2+ 0 |
|
[ThL7]2+ 0 |
|
[ThL8]2+ 0 |
|
[ThL9]2+ 0 |
|
[ThL10]2+ 0 |
|
[ThL11]2+ 0 |
| X+2Z = 1 | |
[ThL3X]2+ 0 |
|
[ThL4X]2+ 0 |
|
[ThL5X]2+ 0 |
|
[ThL6X]2+ 0 |
|
[ThL7X]2+ 0 |
|
[ThL8X]2+ 0 |
|
[ThL9X]2+ 0 |
|
[ThL10X]2+ 0 |
|
| X+2Z = 2 | [ThL2X2]2+ 0 |
|
[ThL3X2]2+ 0 |
|
[ThL4X2]2+ 0 |
|
[ThL5X2]2+ 0 |
|
[ThL6X2]2+ 0 |
|
[ThL7X2]2+ 0 |
|
[ThL8X2]2+ 0 |
|
[ThL9X2]2+ 100% |
|
[ThL10X2]2+ 0 |
| X+2Z = 3 | |
[ThL2X3]2+ 0 |
|
[ThL3X3]2+ 0 |
|
[ThL4X3]2+ 0 |
|
[ThL5X3]2+ 0 |
|
[ThL6X3]2+ 0 |
|
[ThL7X3]2+ 0 |
|
[ThL8X3]2+ 0 |
|
[ThL9X3]2+ 0 |
|
| X+2Z = 4 | [ThLX4]2+ 0 |
|
[ThL2X4]2+ 0 |
|
[ThL3X4]2+ 0 |
|
[ThL4X4]2+ 0 |
|
[ThL5X4]2+ 0 |
|
[ThL6X4]2+ 0 |
|
[ThL7X4]2+ 0 |
|
[ThL8X4]2+ 0 |
|
[ThL9X4]2+ 0 |
| X+2Z = 5 | |
[ThLX5]2+ 0 |
|
[ThL2X5]2+ 0 |
|
[ThL3X5]2+ 0 |
|
[ThL4X5]2+ 0 |
|
[ThL5X5]2+ 0 |
|
[ThL6X5]2+ 0 |
|
[ThL7X5]2+ 0 |
|
[ThL8X5]2+ 0 |
|
| X+2Z = 6 | [ThX6]2+ 0 |
|
[ThLX6]2+ 0 |
|
[ThL2X6]2+ 0 |
|
[ThL3X6]2+ 0 |
|
[ThL4X6]2+ 0 |
|
[ThL5X6]2+ 0 |
|
[ThL6X6]2+ 0 |
|
[ThL7X6]2+ 0 |
|
[ThL8X6]2+ 0 |
| X+2Z = 7 | |
[ThX7]2+ 0 |
|
[ThLX7]2+ 0 |
|
[ThL2X7]2+ 0 |
|
[ThL3X7]2+ 0 |
|
[ThL4X7]2+ 0 |
|
[ThL5X7]2+ 0 |
|
[ThL6X7]2+ 0 |
|
[ThL7X7]2+ 0 |
|
| X+2Z = 8 | [ThX6Z]2+ 0 |
|
[ThX8]2+ 0 |
|
[ThLX8]2+ 0 |
|
[ThL2X8]2+ 0 |
|
[ThL3X8]2+ 0 |
|
[ThL4X8]2+ 0 |
|
[ThL5X8]2+ 0 |
|
[ThL6X8]2+ 0 |
|
[ThL7X8]2+ 0 |
| X+2Z = 9 | |
[ThX7Z]2+ 0 |
|
[ThX9]2+ 0 |
|
[ThLX9]2+ 0 |
|
[ThL2X9]2+ 0 |
|
[ThL3X9]2+ 0 |
|
[ThL4X9]2+ 0 |
|
[ThL5X9]2+ 0 |
|
[ThL6X9]2+ 0 |
|
| X+2Z = 10 | [ThX6Z2]2+ 0 |
|
[ThX8Z]2+ 0 |
|
[ThX10]2+ 0 |
|
[ThLX10]2+ 0 |
|
[ThL2X10]2+ 0 |
|
[ThL3X10]2+ 0 |
|
[ThL4X10]2+ 0 |
|
[ThL5X10]2+ 0 |
|
[ThL6X10]2+ 0 |
| X+2Z = 11 | |
[ThX7Z2]2+ 0 |
|
[ThX9Z]2+ 0 |
|
[ThX11]2+ 0 |
|
[ThLX11]2+ 0 |
|
[ThL2X11]2+ 0 |
|
[ThL3X11]2+ 0 |
|
[ThL4X11]2+ 0 |
|
[ThL5X11]2+ 0 |
|
| X+2Z = 12 | [ThX6Z3]2+ 0 |
|
[ThX8Z2]2+ 0 |
|
[ThX10Z]2+ 0 |
|
[ThX12]2+ 0 |
|
[ThLX12]2+ 0 |
|
[ThL2X12]2+ 0 |
|
[ThL3X12]2+ 0 |
|
[ThL4X12]2+ 0 |
|
[ThL5X12]2+ 0 |
MLXZq± grid for thorium (Th) for Q = 3: [ThXxLlZz]3+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ThL4]3+ 0 |
|
[ThL5]3+ 0 |
|
[ThL6]3+ 0 |
|
[ThL7]3+ 0 |
|
[ThL8]3+ 0 |
|
[ThL9]3+ 0 |
|
[ThL10]3+ 0 |
|
[ThL11]3+ 0 |
|
| X+2Z = 1 | [ThL3X]3+ 0 |
|
[ThL4X]3+ 0 |
|
[ThL5X]3+ 0 |
|
[ThL6X]3+ 0 |
|
[ThL7X]3+ 0 |
|
[ThL8X]3+ 0 |
|
[ThL9X]3+ 100% |
|
[ThL10X]3+ 0 |
|
[ThL11X]3+ 0 |
| X+2Z = 2 | |
[ThL3X2]3+ 0 |
|
[ThL4X2]3+ 0 |
|
[ThL5X2]3+ 0 |
|
[ThL6X2]3+ 0 |
|
[ThL7X2]3+ 0 |
|
[ThL8X2]3+ 0 |
|
[ThL9X2]3+ 0 |
|
[ThL10X2]3+ 0 |
|
| X+2Z = 3 | [ThL2X3]3+ 0 |
|
[ThL3X3]3+ 0 |
|
[ThL4X3]3+ 0 |
|
[ThL5X3]3+ 0 |
|
[ThL6X3]3+ 0 |
|
[ThL7X3]3+ 0 |
|
[ThL8X3]3+ 0 |
|
[ThL9X3]3+ 0 |
|
[ThL10X3]3+ 0 |
| X+2Z = 4 | |
[ThL2X4]3+ 0 |
|
[ThL3X4]3+ 0 |
|
[ThL4X4]3+ 0 |
|
[ThL5X4]3+ 0 |
|
[ThL6X4]3+ 0 |
|
[ThL7X4]3+ 0 |
|
[ThL8X4]3+ 0 |
|
[ThL9X4]3+ 0 |
|
| X+2Z = 5 | [ThLX5]3+ 0 |
|
[ThL2X5]3+ 0 |
|
[ThL3X5]3+ 0 |
|
[ThL4X5]3+ 0 |
|
[ThL5X5]3+ 0 |
|
[ThL6X5]3+ 0 |
|
[ThL7X5]3+ 0 |
|
[ThL8X5]3+ 0 |
|
[ThL9X5]3+ 0 |
| X+2Z = 6 | |
[ThLX6]3+ 0 |
|
[ThL2X6]3+ 0 |
|
[ThL3X6]3+ 0 |
|
[ThL4X6]3+ 0 |
|
[ThL5X6]3+ 0 |
|
[ThL6X6]3+ 0 |
|
[ThL7X6]3+ 0 |
|
[ThL8X6]3+ 0 |
|
| X+2Z = 7 | [ThX7]3+ 0 |
|
[ThLX7]3+ 0 |
|
[ThL2X7]3+ 0 |
|
[ThL3X7]3+ 0 |
|
[ThL4X7]3+ 0 |
|
[ThL5X7]3+ 0 |
|
[ThL6X7]3+ 0 |
|
[ThL7X7]3+ 0 |
|
[ThL8X7]3+ 0 |
| X+2Z = 8 | |
[ThX8]3+ 0 |
|
[ThLX8]3+ 0 |
|
[ThL2X8]3+ 0 |
|
[ThL3X8]3+ 0 |
|
[ThL4X8]3+ 0 |
|
[ThL5X8]3+ 0 |
|
[ThL6X8]3+ 0 |
|
[ThL7X8]3+ 0 |
|
| X+2Z = 9 | [ThX7Z]3+ 0 |
|
[ThX9]3+ 0 |
|
[ThLX9]3+ 0 |
|
[ThL2X9]3+ 0 |
|
[ThL3X9]3+ 0 |
|
[ThL4X9]3+ 0 |
|
[ThL5X9]3+ 0 |
|
[ThL6X9]3+ 0 |
|
[ThL7X9]3+ 0 |
| X+2Z = 10 | |
[ThX8Z]3+ 0 |
|
[ThX10]3+ 0 |
|
[ThLX10]3+ 0 |
|
[ThL2X10]3+ 0 |
|
[ThL3X10]3+ 0 |
|
[ThL4X10]3+ 0 |
|
[ThL5X10]3+ 0 |
|
[ThL6X10]3+ 0 |
|
| X+2Z = 11 | [ThX7Z2]3+ 0 |
|
[ThX9Z]3+ 0 |
|
[ThX11]3+ 0 |
|
[ThLX11]3+ 0 |
|
[ThL2X11]3+ 0 |
|
[ThL3X11]3+ 0 |
|
[ThL4X11]3+ 0 |
|
[ThL5X11]3+ 0 |
|
[ThL6X11]3+ 0 |
| X+2Z = 12 | |
[ThX8Z2]3+ 0 |
|
[ThX10Z]3+ 0 |
|
[ThX12]3+ 0 |
|
[ThLX12]3+ 0 |
|
[ThL2X12]3+ 0 |
|
[ThL3X12]3+ 0 |
|
[ThL4X12]3+ 0 |
|
[ThL5X12]3+ 0 |
|
MLXZq± grid for thorium (Th) for Q = 4: [ThXxLlZz]4+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of thorium with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [ThL4]4+ 0 |
|
[ThL5]4+ 0 |
|
[ThL6]4+ 0 |
|
[ThL7]4+ 0 |
|
[ThL8]4+ 0 |
|
[ThL9]4+ 100% |
|
[ThL10]4+ 0 |
|
[ThL11]4+ 0 |
|
[ThL12]4+ 0 |
| X+2Z = 1 | |
[ThL4X]4+ 0 |
|
[ThL5X]4+ 0 |
|
[ThL6X]4+ 0 |
|
[ThL7X]4+ 0 |
|
[ThL8X]4+ 0 |
|
[ThL9X]4+ 0 |
|
[ThL10X]4+ 0 |
|
[ThL11X]4+ 0 |
|
| X+2Z = 2 | [ThL3X2]4+ 0 |
|
[ThL4X2]4+ 0 |
|
[ThL5X2]4+ 0 |
|
[ThL6X2]4+ 0 |
|
[ThL7X2]4+ 0 |
|
[ThL8X2]4+ 0 |
|
[ThL9X2]4+ 0 |
|
[ThL10X2]4+ 0 |
|
[ThL11X2]4+ 0 |
| X+2Z = 3 | |
[ThL3X3]4+ 0 |
|
[ThL4X3]4+ 0 |
|
[ThL5X3]4+ 0 |
|
[ThL6X3]4+ 0 |
|
[ThL7X3]4+ 0 |
|
[ThL8X3]4+ 0 |
|
[ThL9X3]4+ 0 |
|
[ThL10X3]4+ 0 |
|
| X+2Z = 4 | [ThL2X4]4+ 0 |
|
[ThL3X4]4+ 0 |
|
[ThL4X4]4+ 0 |
|
[ThL5X4]4+ 0 |
|
[ThL6X4]4+ 0 |
|
[ThL7X4]4+ 0 |
|
[ThL8X4]4+ 0 |
|
[ThL9X4]4+ 0 |
|
[ThL10X4]4+ 0 |
| X+2Z = 5 | |
[ThL2X5]4+ 0 |
|
[ThL3X5]4+ 0 |
|
[ThL4X5]4+ 0 |
|
[ThL5X5]4+ 0 |
|
[ThL6X5]4+ 0 |
|
[ThL7X5]4+ 0 |
|
[ThL8X5]4+ 0 |
|
[ThL9X5]4+ 0 |
|
| X+2Z = 6 | [ThLX6]4+ 0 |
|
[ThL2X6]4+ 0 |
|
[ThL3X6]4+ 0 |
|
[ThL4X6]4+ 0 |
|
[ThL5X6]4+ 0 |
|
[ThL6X6]4+ 0 |
|
[ThL7X6]4+ 0 |
|
[ThL8X6]4+ 0 |
|
[ThL9X6]4+ 0 |
| X+2Z = 7 | |
[ThLX7]4+ 0 |
|
[ThL2X7]4+ 0 |
|
[ThL3X7]4+ 0 |
|
[ThL4X7]4+ 0 |
|
[ThL5X7]4+ 0 |
|
[ThL6X7]4+ 0 |
|
[ThL7X7]4+ 0 |
|
[ThL8X7]4+ 0 |
|
| X+2Z = 8 | [ThX8]4+ 0 |
|
[ThLX8]4+ 0 |
|
[ThL2X8]4+ 0 |
|
[ThL3X8]4+ 0 |
|
[ThL4X8]4+ 0 |
|
[ThL5X8]4+ 0 |
|
[ThL6X8]4+ 0 |
|
[ThL7X8]4+ 0 |
|
[ThL8X8]4+ 0 |
| X+2Z = 9 | |
[ThX9]4+ 0 |
|
[ThLX9]4+ 0 |
|
[ThL2X9]4+ 0 |
|
[ThL3X9]4+ 0 |
|
[ThL4X9]4+ 0 |
|
[ThL5X9]4+ 0 |
|
[ThL6X9]4+ 0 |
|
[ThL7X9]4+ 0 |
|
| X+2Z = 10 | [ThX8Z]4+ 0 |
|
[ThX10]4+ 0 |
|
[ThLX10]4+ 0 |
|
[ThL2X10]4+ 0 |
|
[ThL3X10]4+ 0 |
|
[ThL4X10]4+ 0 |
|
[ThL5X10]4+ 0 |
|
[ThL6X10]4+ 0 |
|
[ThL7X10]4+ 0 |
| X+2Z = 11 | |
[ThX9Z]4+ 0 |
|
[ThX11]4+ 0 |
|
[ThLX11]4+ 0 |
|
[ThL2X11]4+ 0 |
|
[ThL3X11]4+ 0 |
|
[ThL4X11]4+ 0 |
|
[ThL5X11]4+ 0 |
|
[ThL6X11]4+ 0 |
|
| X+2Z = 12 | [ThX8Z2]4+ 0 |
|
[ThX10Z]4+ 0 |
|
[ThX12]4+ 0 |
|
[ThLX12]4+ 0 |
|
[ThL2X12]4+ 0 |
|
[ThL3X12]4+ 0 |
|
[ThL4X12]4+ 0 |
|
[ThL5X12]4+ 0 |
|
[ThL6X12]4+ 0 |
MLXZq± grid for protactinium (Pa) for Q = -6: [PaXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = -5: [PaXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = -4: [PaXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = -3: [PaXxLlZz]3-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of protactinium with that [MLXZ]q± classification.
| EN➝ | 12 | 13 | 14 | 15 | 16 | 17 | 18 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PaL2]3- 0 |
|
[PaL3]3- 0 |
|
[PaL4]3- 0 |
|
[PaL5]3- 0 |
| X+2Z = 1 | |
[PaL2X]3- 0 |
|
[PaL3X]3- 0 |
|
[PaL4X]3- 0 |
|
| X+2Z = 2 | [PaLX2]3- 0 |
|
[PaL2X2]3- 0 |
|
[PaL3X2]3- 0 |
|
[PaL4X2]3- 0 |
| X+2Z = 3 | |
[PaLX3]3- 0 |
|
[PaL2X3]3- 0 |
|
[PaL3X3]3- 0 |
|
| X+2Z = 4 | [PaX4]3- 0 |
|
[PaLX4]3- 0 |
|
[PaL2X4]3- 0 |
|
[PaL3X4]3- 0 |
| X+2Z = 5 | |
[PaX5]3- 0 |
|
[PaLX5]3- 0 |
|
[PaL2X5]3- 0 |
|
| X+2Z = 6 | [PaX4Z]3- 0 |
|
[PaX6]3- 0 |
|
[PaLX6]3- 0 |
|
[PaL2X6]3- 0 |
| X+2Z = 7 | |
[PaX5Z]3- 0 |
|
[PaX7]3- 0 |
|
[PaLX7]3- 0 |
|
| X+2Z = 8 | [PaX4Z2]3- 0 |
|
[PaX6Z]3- 0 |
|
[PaX8]3- 100% |
|
[PaLX8]3- 0 |
| X+2Z = 9 | |
[PaX5Z2]3- 0 |
|
[PaX7Z]3- 0 |
|
[PaX9]3- 0 |
|
| X+2Z = 10 | [PaX4Z3]3- 0 |
|
[PaX6Z2]3- 0 |
|
[PaX8Z]3- 0 |
|
[PaX10]3- 0 |
| X+2Z = 11 | |
[PaX5Z3]3- 0 |
|
[PaX7Z2]3- 0 |
|
[PaX9Z]3- 0 |
|
| X+2Z = 12 | [PaX4Z4]3- 0 |
|
[PaX6Z3]3- 0 |
|
[PaX8Z2]3- 0 |
|
[PaX10Z]3- 0 |
MLXZq± grid for protactinium (Pa) for Q = -2: [PaXxLlZz]2-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of protactinium with that [MLXZ]q± classification.
| EN➝ | 12 | 13 | 14 | 15 | 16 | 17 | 18 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PaL3]2- 0 |
|
[PaL4]2- 0 |
|
[PaL5]2- 0 |
|
| X+2Z = 1 | [PaL2X]2- 0 |
|
[PaL3X]2- 0 |
|
[PaL4X]2- 0 |
|
[PaL5X]2- 0 |
| X+2Z = 2 | |
[PaL2X2]2- 0 |
|
[PaL3X2]2- 0 |
|
[PaL4X2]2- 0 |
|
| X+2Z = 3 | [PaLX3]2- 0 |
|
[PaL2X3]2- 0 |
|
[PaL3X3]2- 0 |
|
[PaL4X3]2- 0 |
| X+2Z = 4 | |
[PaLX4]2- 0 |
|
[PaL2X4]2- 0 |
|
[PaL3X4]2- 0 |
|
| X+2Z = 5 | [PaX5]2- 0 |
|
[PaLX5]2- 0 |
|
[PaL2X5]2- 0 |
|
[PaL3X5]2- 0 |
| X+2Z = 6 | |
[PaX6]2- 0 |
|
[PaLX6]2- 0 |
|
[PaL2X6]2- 0 |
|
| X+2Z = 7 | [PaX5Z]2- 0 |
|
[PaX7]2- 50% |
|
[PaLX7]2- 0 |
|
[PaL2X7]2- 50% |
| X+2Z = 8 | |
[PaX6Z]2- 0 |
|
[PaX8]2- 0 |
|
[PaLX8]2- 0 |
|
| X+2Z = 9 | [PaX5Z2]2- 0 |
|
[PaX7Z]2- 0 |
|
[PaX9]2- 0 |
|
[PaLX9]2- 0 |
| X+2Z = 10 | |
[PaX6Z2]2- 0 |
|
[PaX8Z]2- 0 |
|
[PaX10]2- 0 |
|
| X+2Z = 11 | [PaX5Z3]2- 0 |
|
[PaX7Z2]2- 0 |
|
[PaX9Z]2- 0 |
|
[PaX11]2- 0 |
| X+2Z = 12 | |
[PaX6Z3]2- 0 |
|
[PaX8Z2]2- 0 |
|
[PaX10Z]2- 0 |
|
MLXZq± grid for protactinium (Pa) for Q = -1: [PaXxLlZz]-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of protactinium with that [MLXZ]q± classification.
| EN➝ | 12 | 13 | 14 | 15 | 16 | 17 | 18 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PaL3]- 0 |
|
[PaL4]- 0 |
|
[PaL5]- 0 |
|
[PaL6]- 0 |
| X+2Z = 1 | |
[PaL3X]- 0 |
|
[PaL4X]- 0 |
|
[PaL5X]- 0 |
|
| X+2Z = 2 | [PaL2X2]- 0 |
|
[PaL3X2]- 0 |
|
[PaL4X2]- 0 |
|
[PaL5X2]- 0 |
| X+2Z = 3 | |
[PaL2X3]- 0 |
|
[PaL3X3]- 0 |
|
[PaL4X3]- 0 |
|
| X+2Z = 4 | [PaLX4]- 0 |
|
[PaL2X4]- 0 |
|
[PaL3X4]- 0 |
|
[PaL4X4]- 0 |
| X+2Z = 5 | |
[PaLX5]- 0 |
|
[PaL2X5]- 0 |
|
[PaL3X5]- 0 |
|
| X+2Z = 6 | [PaX6]- 0 |
|
[PaLX6]- 0 |
|
[PaL2X6]- 100% |
|
[PaL3X6]- 0 |
| X+2Z = 7 | |
[PaX7]- 0 |
|
[PaLX7]- 0 |
|
[PaL2X7]- 0 |
|
| X+2Z = 8 | [PaX6Z]- 0 |
|
[PaX8]- 0 |
|
[PaLX8]- 0 |
|
[PaL2X8]- 0 |
| X+2Z = 9 | |
[PaX7Z]- 0 |
|
[PaX9]- 0 |
|
[PaLX9]- 0 |
|
| X+2Z = 10 | [PaX6Z2]- 0 |
|
[PaX8Z]- 0 |
|
[PaX10]- 0 |
|
[PaLX10]- 0 |
| X+2Z = 11 | |
[PaX7Z2]- 0 |
|
[PaX9Z]- 0 |
|
[PaX11]- 0 |
|
| X+2Z = 12 | [PaX6Z3]- 0 |
|
[PaX8Z2]- 0 |
|
[PaX10Z]- 0 |
|
[PaX12]- 0 |
MLXZq± grid for protactinium (Pa) for Q = 0: [PaXxLlZz]
The number of compounds found is 6.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of protactinium with that [MLXZ]q± classification.
| EN➝ | 12 | 13 | 14 | 15 | 16 | 17 | 18 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PaL4] 0 |
|
[PaL5] 0 |
|
[PaL6] 0 |
|
| X+2Z = 1 | [PaL3X] 0 |
|
[PaL4X] 0 |
|
[PaL5X] 0 |
|
[PaL6X] 0 |
| X+2Z = 2 | |
[PaL3X2] 0 |
|
[PaL4X2] 0 |
|
[PaL5X2] 0 |
|
| X+2Z = 3 | [PaL2X3] 0 |
|
[PaL3X3] 17% |
|
[PaL4X3] 0 |
|
[PaL5X3] 0 |
| X+2Z = 4 | |
[PaL2X4] 0 |
|
[PaL3X4] 0 |
|
[PaL4X4] 33% |
|
| X+2Z = 5 | [PaLX5] 17% |
|
[PaL2X5] 33% |
|
[PaL3X5] 0 |
|
[PaL4X5] 0 |
| X+2Z = 6 | |
[PaLX6] 0 |
|
[PaL2X6] 0 |
|
[PaL3X6] 0 |
|
| X+2Z = 7 | [PaX7] 0 |
|
[PaLX7] 0 |
|
[PaL2X7] 0 |
|
[PaL3X7] 0 |
| X+2Z = 8 | |
[PaX8] 0 |
|
[PaLX8] 0 |
|
[PaL2X8] 0 |
|
| X+2Z = 9 | [PaX7Z] 0 |
|
[PaX9] 0 |
|
[PaLX9] 0 |
|
[PaL2X9] 0 |
| X+2Z = 10 | |
[PaX8Z] 0 |
|
[PaX10] 0 |
|
[PaLX10] 0 |
|
| X+2Z = 11 | [PaX7Z2] 0 |
|
[PaX9Z] 0 |
|
[PaX11] 0 |
|
[PaLX11] 0 |
| X+2Z = 12 | |
[PaX8Z2] 0 |
|
[PaX10Z] 0 |
|
[PaX12] 0 |
|
MLXZq± grid for protactinium (Pa) for Q = 1: [PaXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = 2: [PaXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = 3: [PaXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for protactinium (Pa) for Q = 4: [PaXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for uranium (U) for Q = -6: [UXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for uranium (U) for Q = -5: [UXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for uranium (U) for Q = -4: [UXxLlZz]4-
The number of compounds found is 4.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [U]4- 0 |
|
[UL]4- 0 |
|
[UL2]4- 0 |
|
[UL3]4- 0 |
|
[UL4]4- 0 |
|
[UL5]4- 0 |
|
[UL6]4- 0 |
|
[UL7]4- 0 |
|
[UL8]4- 0 |
|
| X+2Z = 1 | |
[UX]4- 0 |
|
[ULX]4- 0 |
|
[UL2X]4- 0 |
|
[UL3X]4- 0 |
|
[UL4X]4- 0 |
|
[UL5X]4- 0 |
|
[UL6X]4- 0 |
|
[UL7X]4- 0 |
|
[UL8X]4- 0 |
| X+2Z = 2 | [UZ]4- 0 |
|
[UX2]4- 0 |
|
[ULX2]4- 0 |
|
[UL2X2]4- 0 |
|
[UL3X2]4- 0 |
|
[UL4X2]4- 0 |
|
[UL5X2]4- 0 |
|
[UL6X2]4- 0 |
|
[UL7X2]4- 0 |
|
| X+2Z = 3 | |
[UXZ]4- 0 |
|
[UX3]4- 0 |
|
[ULX3]4- 0 |
|
[UL2X3]4- 0 |
|
[UL3X3]4- 0 |
|
[UL4X3]4- 0 |
|
[UL5X3]4- 0 |
|
[UL6X3]4- 0 |
|
[UL7X3]4- 0 |
| X+2Z = 4 | [UZ2]4- 0 |
|
[UX2Z]4- 0 |
|
[UX4]4- 0 |
|
[ULX4]4- 0 |
|
[UL2X4]4- 0 |
|
[UL3X4]4- 0 |
|
[UL4X4]4- 0 |
|
[UL5X4]4- 0 |
|
[UL6X4]4- 0 |
|
| X+2Z = 5 | |
[UXZ2]4- 0 |
|
[UX3Z]4- 0 |
|
[UX5]4- 0 |
|
[ULX5]4- 0 |
|
[UL2X5]4- 0 |
|
[UL3X5]4- 0 |
|
[UL4X5]4- 0 |
|
[UL5X5]4- 0 |
|
[UL6X5]4- 0 |
| X+2Z = 6 | [UZ3]4- 0 |
|
[UX2Z2]4- 0 |
|
[UX4Z]4- 0 |
|
[UX6]4- 0 |
|
[ULX6]4- 0 |
|
[UL2X6]4- 0 |
|
[UL3X6]4- 0 |
|
[UL4X6]4- 0 |
|
[UL5X6]4- 0 |
|
| X+2Z = 7 | |
[UXZ3]4- 0 |
|
[UX3Z2]4- 0 |
|
[UX5Z]4- 0 |
|
[UX7]4- 0 |
|
[ULX7]4- 0 |
|
[UL2X7]4- 0 |
|
[UL3X7]4- 0 |
|
[UL4X7]4- 0 |
|
[UL5X7]4- 0 |
| X+2Z = 8 | [UZ4]4- 0 |
|
[UX2Z3]4- 0 |
|
[UX4Z2]4- 0 |
|
[UX6Z]4- 0 |
|
[UX8]4- 75% |
|
[ULX8]4- 0 |
|
[UL2X8]4- 0 |
|
[UL3X8]4- 0 |
|
[UL4X8]4- 0 |
|
| X+2Z = 9 | |
[UXZ4]4- 0 |
|
[UX3Z3]4- 0 |
|
[UX5Z2]4- 0 |
|
[UX7Z]4- 0 |
|
[UX9]4- 0 |
|
[ULX9]4- 0 |
|
[UL2X9]4- 0 |
|
[UL3X9]4- 0 |
|
[UL4X9]4- 0 |
| X+2Z = 10 | [UZ5]4- 0 |
|
[UX2Z4]4- 0 |
|
[UX4Z3]4- 0 |
|
[UX6Z2]4- 0 |
|
[UX8Z]4- 0 |
|
[UX10]4- 0 |
|
[ULX10]4- 0 |
|
[UL2X10]4- 25% |
|
[UL3X10]4- 0 |
|
| X+2Z = 11 | |
[UXZ5]4- 0 |
|
[UX3Z4]4- 0 |
|
[UX5Z3]4- 0 |
|
[UX7Z2]4- 0 |
|
[UX9Z]4- 0 |
|
[UX11]4- 0 |
|
[ULX11]4- 0 |
|
[UL2X11]4- 0 |
|
[UL3X11]4- 0 |
| X+2Z = 12 | [UZ6]4- 0 |
|
[UX2Z5]4- 0 |
|
[UX4Z4]4- 0 |
|
[UX6Z3]4- 0 |
|
[UX8Z2]4- 0 |
|
[UX10Z]4- 0 |
|
[UX12]4- 0 |
|
[ULX12]4- 0 |
|
[UL2X12]4- 0 |
|
MLXZq± grid for uranium (U) for Q = -3: [UXxLlZz]3-
The number of compounds found is 6.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[UL]3- 0 |
|
[UL2]3- 0 |
|
[UL3]3- 0 |
|
[UL4]3- 0 |
|
[UL5]3- 0 |
|
[UL6]3- 0 |
|
[UL7]3- 0 |
|
[UL8]3- 0 |
|
[UL9]3- 0 |
| X+2Z = 1 | [UX]3- 0 |
|
[ULX]3- 0 |
|
[UL2X]3- 0 |
|
[UL3X]3- 0 |
|
[UL4X]3- 0 |
|
[UL5X]3- 0 |
|
[UL6X]3- 0 |
|
[UL7X]3- 0 |
|
[UL8X]3- 0 |
|
| X+2Z = 2 | |
[UX2]3- 0 |
|
[ULX2]3- 0 |
|
[UL2X2]3- 0 |
|
[UL3X2]3- 0 |
|
[UL4X2]3- 0 |
|
[UL5X2]3- 0 |
|
[UL6X2]3- 0 |
|
[UL7X2]3- 0 |
|
[UL8X2]3- 0 |
| X+2Z = 3 | [UXZ]3- 0 |
|
[UX3]3- 0 |
|
[ULX3]3- 0 |
|
[UL2X3]3- 0 |
|
[UL3X3]3- 0 |
|
[UL4X3]3- 0 |
|
[UL5X3]3- 0 |
|
[UL6X3]3- 0 |
|
[UL7X3]3- 0 |
|
| X+2Z = 4 | |
[UX2Z]3- 0 |
|
[UX4]3- 0 |
|
[ULX4]3- 0 |
|
[UL2X4]3- 0 |
|
[UL3X4]3- 0 |
|
[UL4X4]3- 0 |
|
[UL5X4]3- 0 |
|
[UL6X4]3- 0 |
|
[UL7X4]3- 0 |
| X+2Z = 5 | [UXZ2]3- 0 |
|
[UX3Z]3- 0 |
|
[UX5]3- 0 |
|
[ULX5]3- 0 |
|
[UL2X5]3- 0 |
|
[UL3X5]3- 0 |
|
[UL4X5]3- 0 |
|
[UL5X5]3- 0 |
|
[UL6X5]3- 0 |
|
| X+2Z = 6 | |
[UX2Z2]3- 0 |
|
[UX4Z]3- 0 |
|
[UX6]3- 0 |
|
[ULX6]3- 0 |
|
[UL2X6]3- 0 |
|
[UL3X6]3- 0 |
|
[UL4X6]3- 0 |
|
[UL5X6]3- 0 |
|
[UL6X6]3- 17% |
| X+2Z = 7 | [UXZ3]3- 0 |
|
[UX3Z2]3- 0 |
|
[UX5Z]3- 0 |
|
[UX7]3- 17% |
|
[ULX7]3- 0 |
|
[UL2X7]3- 0 |
|
[UL3X7]3- 0 |
|
[UL4X7]3- 17% |
|
[UL5X7]3- 0 |
|
| X+2Z = 8 | |
[UX2Z3]3- 0 |
|
[UX4Z2]3- 0 |
|
[UX6Z]3- 0 |
|
[UX8]3- 0 |
|
[ULX8]3- 0 |
|
[UL2X8]3- 0 |
|
[UL3X8]3- 0 |
|
[UL4X8]3- 0 |
|
[UL5X8]3- 0 |
| X+2Z = 9 | [UXZ4]3- 0 |
|
[UX3Z3]3- 0 |
|
[UX5Z2]3- 0 |
|
[UX7Z]3- 0 |
|
[UX9]3- 0 |
|
[ULX9]3- 0 |
|
[UL2X9]3- 50% |
|
[UL3X9]3- 0 |
|
[UL4X9]3- 0 |
|
| X+2Z = 10 | |
[UX2Z4]3- 0 |
|
[UX4Z3]3- 0 |
|
[UX6Z2]3- 0 |
|
[UX8Z]3- 0 |
|
[UX10]3- 0 |
|
[ULX10]3- 0 |
|
[UL2X10]3- 0 |
|
[UL3X10]3- 0 |
|
[UL4X10]3- 0 |
| X+2Z = 11 | [UXZ5]3- 0 |
|
[UX3Z4]3- 0 |
|
[UX5Z3]3- 0 |
|
[UX7Z2]3- 0 |
|
[UX9Z]3- 0 |
|
[UX11]3- 0 |
|
[ULX11]3- 0 |
|
[UL2X11]3- 0 |
|
[UL3X11]3- 0 |
|
| X+2Z = 12 | |
[UX2Z5]3- 0 |
|
[UX4Z4]3- 0 |
|
[UX6Z3]3- 0 |
|
[UX8Z2]3- 0 |
|
[UX10Z]3- 0 |
|
[UX12]3- 0 |
|
[ULX12]3- 0 |
|
[UL2X12]3- 0 |
|
[UL3X12]3- 0 |
MLXZq± grid for uranium (U) for Q = -2: [UXxLlZz]2-
The number of compounds found is 26.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [UL]2- 0 |
|
[UL2]2- 0 |
|
[UL3]2- 0 |
|
[UL4]2- 0 |
|
[UL5]2- 0 |
|
[UL6]2- 0 |
|
[UL7]2- 0 |
|
[UL8]2- 0 |
|
[UL9]2- 0 |
|
| X+2Z = 1 | |
[ULX]2- 0 |
|
[UL2X]2- 0 |
|
[UL3X]2- 0 |
|
[UL4X]2- 0 |
|
[UL5X]2- 0 |
|
[UL6X]2- 0 |
|
[UL7X]2- 0 |
|
[UL8X]2- 0 |
|
[UL9X]2- 0 |
| X+2Z = 2 | [UX2]2- 0 |
|
[ULX2]2- 0 |
|
[UL2X2]2- 0 |
|
[UL3X2]2- 0 |
|
[UL4X2]2- 0 |
|
[UL5X2]2- 0 |
|
[UL6X2]2- 0 |
|
[UL7X2]2- 0 |
|
[UL8X2]2- 0 |
|
| X+2Z = 3 | |
[UX3]2- 0 |
|
[ULX3]2- 0 |
|
[UL2X3]2- 0 |
|
[UL3X3]2- 0 |
|
[UL4X3]2- 0 |
|
[UL5X3]2- 0 |
|
[UL6X3]2- 0 |
|
[UL7X3]2- 0 |
|
[UL8X3]2- 0 |
| X+2Z = 4 | [UX2Z]2- 0 |
|
[UX4]2- 0 |
|
[ULX4]2- 0 |
|
[UL2X4]2- 0 |
|
[UL3X4]2- 0 |
|
[UL4X4]2- 0 |
|
[UL5X4]2- 0 |
|
[UL6X4]2- 0 |
|
[UL7X4]2- 0 |
|
| X+2Z = 5 | |
[UX3Z]2- 0 |
|
[UX5]2- 0 |
|
[ULX5]2- 0 |
|
[UL2X5]2- 0 |
|
[UL3X5]2- 0 |
|
[UL4X5]2- 8% |
|
[UL5X5]2- 0 |
|
[UL6X5]2- 0 |
|
[UL7X5]2- 0 |
| X+2Z = 6 | [UX2Z2]2- 0 |
|
[UX4Z]2- 0 |
|
[UX6]2- 23% |
|
[ULX6]2- 0 |
|
[UL2X6]2- 4% |
|
[UL3X6]2- 4% |
|
[UL4X6]2- 0 |
|
[UL5X6]2- 0 |
|
[UL6X6]2- 8% |
|
| X+2Z = 7 | |
[UX3Z2]2- 0 |
|
[UX5Z]2- 0 |
|
[UX7]2- 0 |
|
[ULX7]2- 0 |
|
[UL2X7]2- 0 |
|
[UL3X7]2- 0 |
|
[UL4X7]2- 4% |
|
[UL5X7]2- 0 |
|
[UL6X7]2- 0 |
| X+2Z = 8 | [UX2Z3]2- 0 |
|
[UX4Z2]2- 0 |
|
[UX6Z]2- 0 |
|
[UX8]2- 0 |
|
[ULX8]2- 0 |
|
[UL2X8]2- 23% |
|
[UL3X8]2- 23% |
|
[UL4X8]2- 4% |
|
[UL5X8]2- 0 |
|
| X+2Z = 9 | |
[UX3Z3]2- 0 |
|
[UX5Z2]2- 0 |
|
[UX7Z]2- 0 |
|
[UX9]2- 0 |
|
[ULX9]2- 0 |
|
[UL2X9]2- 0 |
|
[UL3X9]2- 0 |
|
[UL4X9]2- 0 |
|
[UL5X9]2- 0 |
| X+2Z = 10 | [UX2Z4]2- 0 |
|
[UX4Z3]2- 0 |
|
[UX6Z2]2- 0 |
|
[UX8Z]2- 0 |
|
[UX10]2- 0 |
|
[ULX10]2- 0 |
|
[UL2X10]2- 0 |
|
[UL3X10]2- 0 |
|
[UL4X10]2- 0 |
|
| X+2Z = 11 | |
[UX3Z4]2- 0 |
|
[UX5Z3]2- 0 |
|
[UX7Z2]2- 0 |
|
[UX9Z]2- 0 |
|
[UX11]2- 0 |
|
[ULX11]2- 0 |
|
[UL2X11]2- 0 |
|
[UL3X11]2- 0 |
|
[UL4X11]2- 0 |
| X+2Z = 12 | [UX2Z5]2- 0 |
|
[UX4Z4]2- 0 |
|
[UX6Z3]2- 0 |
|
[UX8Z2]2- 0 |
|
[UX10Z]2- 0 |
|
[UX12]2- 0 |
|
[ULX12]2- 0 |
|
[UL2X12]2- 0 |
|
[UL3X12]2- 0 |
|
MLXZq± grid for uranium (U) for Q = -1: [UXxLlZz]-
The number of compounds found is 29.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[UL2]- 0 |
|
[UL3]- 0 |
|
[UL4]- 0 |
|
[UL5]- 0 |
|
[UL6]- 0 |
|
[UL7]- 0 |
|
[UL8]- 0 |
|
[UL9]- 0 |
|
[UL10]- 0 |
| X+2Z = 1 | [ULX]- 0 |
|
[UL2X]- 0 |
|
[UL3X]- 0 |
|
[UL4X]- 0 |
|
[UL5X]- 0 |
|
[UL6X]- 0 |
|
[UL7X]- 0 |
|
[UL8X]- 0 |
|
[UL9X]- 0 |
|
| X+2Z = 2 | |
[ULX2]- 0 |
|
[UL2X2]- 0 |
|
[UL3X2]- 0 |
|
[UL4X2]- 0 |
|
[UL5X2]- 0 |
|
[UL6X2]- 0 |
|
[UL7X2]- 0 |
|
[UL8X2]- 0 |
|
[UL9X2]- 0 |
| X+2Z = 3 | [UX3]- 0 |
|
[ULX3]- 0 |
|
[UL2X3]- 0 |
|
[UL3X3]- 3% |
|
[UL4X3]- 0 |
|
[UL5X3]- 0 |
|
[UL6X3]- 3% |
|
[UL7X3]- 0 |
|
[UL8X3]- 0 |
|
| X+2Z = 4 | |
[UX4]- 0 |
|
[ULX4]- 0 |
|
[UL2X4]- 0 |
|
[UL3X4]- 3% |
|
[UL4X4]- 7% |
|
[UL5X4]- 0 |
|
[UL6X4]- 0 |
|
[UL7X4]- 0 |
|
[UL8X4]- 0 |
| X+2Z = 5 | [UX3Z]- 0 |
|
[UX5]- 3% |
|
[ULX5]- 10% |
|
[UL2X5]- 0 |
|
[UL3X5]- 7% |
|
[UL4X5]- 10% |
|
[UL5X5]- 0 |
|
[UL6X5]- 3% |
|
[UL7X5]- 0 |
|
| X+2Z = 6 | |
[UX4Z]- 0 |
|
[UX6]- 7% |
|
[ULX6]- 3% |
|
[UL2X6]- 0 |
|
[UL3X6]- 3% |
|
[UL4X6]- 3% |
|
[UL5X6]- 0 |
|
[UL6X6]- 0 |
|
[UL7X6]- 0 |
| X+2Z = 7 | [UX3Z2]- 0 |
|
[UX5Z]- 0 |
|
[UX7]- 3% |
|
[ULX7]- 0 |
|
[UL2X7]- 0 |
|
[UL3X7]- 0 |
|
[UL4X7]- 17% |
|
[UL5X7]- 10% |
|
[UL6X7]- 0 |
|
| X+2Z = 8 | |
[UX4Z2]- 0 |
|
[UX6Z]- 0 |
|
[UX8]- 0 |
|
[ULX8]- 0 |
|
[UL2X8]- 0 |
|
[UL3X8]- 0 |
|
[UL4X8]- 0 |
|
[UL5X8]- 0 |
|
[UL6X8]- 0 |
| X+2Z = 9 | [UX3Z3]- 0 |
|
[UX5Z2]- 0 |
|
[UX7Z]- 0 |
|
[UX9]- 0 |
|
[ULX9]- 0 |
|
[UL2X9]- 0 |
|
[UL3X9]- 0 |
|
[UL4X9]- 0 |
|
[UL5X9]- 0 |
|
| X+2Z = 10 | |
[UX4Z3]- 0 |
|
[UX6Z2]- 0 |
|
[UX8Z]- 0 |
|
[UX10]- 0 |
|
[ULX10]- 0 |
|
[UL2X10]- 0 |
|
[UL3X10]- 0 |
|
[UL4X10]- 0 |
|
[UL5X10]- 0 |
| X+2Z = 11 | [UX3Z4]- 0 |
|
[UX5Z3]- 0 |
|
[UX7Z2]- 0 |
|
[UX9Z]- 0 |
|
[UX11]- 0 |
|
[ULX11]- 0 |
|
[UL2X11]- 0 |
|
[UL3X11]- 0 |
|
[UL4X11]- 0 |
|
| X+2Z = 12 | |
[UX4Z4]- 0 |
|
[UX6Z3]- 0 |
|
[UX8Z2]- 0 |
|
[UX10Z]- 0 |
|
[UX12]- 0 |
|
[ULX12]- 0 |
|
[UL2X12]- 0 |
|
[UL3X12]- 0 |
|
[UL4X12]- 0 |
MLXZq± grid for uranium (U) for Q = 0: [UXxLlZz]
The number of compounds found is 226.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [UL2] 0 |
|
[UL3] 0 |
|
[UL4] 0 |
|
[UL5] 0 |
|
[UL6] 0 |
|
[UL7] 0 |
|
[UL8] 0 |
|
[UL9] 0 |
|
[UL10] 0 |
|
| X+2Z = 1 | |
[UL2X] 0 |
|
[UL3X] 0 |
|
[UL4X] 0 |
|
[UL5X] 0 |
|
[UL6X] 0 |
|
[UL7X] 0 |
|
[UL8X] 0 |
|
[UL9X] 0 |
|
[UL10X] 0 |
| X+2Z = 2 | [ULX2] 0 |
|
[UL2X2] 0 |
|
[UL3X2] 0 |
|
[UL4X2] 0.4% |
|
[UL5X2] 0 |
|
[UL6X2] 0 |
|
[UL7X2] 0 |
|
[UL8X2] 0 |
|
[UL9X2] 0 |
|
| X+2Z = 3 | |
[ULX3] 0 |
|
[UL2X3] 0 |
|
[UL3X3] 0 |
|
[UL4X3] 4% |
|
[UL5X3] 7% |
|
[UL6X3] 6% |
|
[UL7X3] 0 |
|
[UL8X3] 0 |
|
[UL9X3] 0 |
| X+2Z = 4 | [UX4] 0.4% |
|
[ULX4] 0 |
|
[UL2X4] 5% |
|
[UL3X4] 5% |
|
[UL4X4] 24% |
|
[UL5X4] 12% |
|
[UL6X4] 2% |
|
[UL7X4] 0.4% |
|
[UL8X4] 0 |
|
| X+2Z = 5 | |
[UX5] 0 |
|
[ULX5] 2% |
|
[UL2X5] 0.4% |
|
[UL3X5] 2% |
|
[UL4X5] 0.4% |
|
[UL5X5] 0 |
|
[UL6X5] 0.4% |
|
[UL7X5] 0 |
|
[UL8X5] 0 |
| X+2Z = 6 | [UX4Z] 0 |
|
[UX6] 3% |
|
[ULX6] 0 |
|
[UL2X6] 0 |
|
[UL3X6] 2% |
|
[UL4X6] 4% |
|
[UL5X6] 12% |
|
[UL6X6] 7% |
|
[UL7X6] 0 |
|
| X+2Z = 7 | |
[UX5Z] 0 |
|
[UX7] 0 |
|
[ULX7] 0 |
|
[UL2X7] 0 |
|
[UL3X7] 0 |
|
[UL4X7] 0 |
|
[UL5X7] 0 |
|
[UL6X7] 0 |
|
[UL7X7] 0 |
| X+2Z = 8 | [UX4Z2] 0 |
|
[UX6Z] 0 |
|
[UX8] 0 |
|
[ULX8] 0 |
|
[UL2X8] 0 |
|
[UL3X8] 0 |
|
[UL4X8] 0 |
|
[UL5X8] 0 |
|
[UL6X8] 0 |
|
| X+2Z = 9 | |
[UX5Z2] 0 |
|
[UX7Z] 0 |
|
[UX9] 0 |
|
[ULX9] 0 |
|
[UL2X9] 0 |
|
[UL3X9] 0 |
|
[UL4X9] 0 |
|
[UL5X9] 0 |
|
[UL6X9] 0 |
| X+2Z = 10 | [UX4Z3] 0 |
|
[UX6Z2] 0 |
|
[UX8Z] 0 |
|
[UX10] 0 |
|
[ULX10] 0 |
|
[UL2X10] 0 |
|
[UL3X10] 0 |
|
[UL4X10] 0 |
|
[UL5X10] 0 |
|
| X+2Z = 11 | |
[UX5Z3] 0 |
|
[UX7Z2] 0 |
|
[UX9Z] 0 |
|
[UX11] 0 |
|
[ULX11] 0 |
|
[UL2X11] 0 |
|
[UL3X11] 0 |
|
[UL4X11] 0 |
|
[UL5X11] 0 |
| X+2Z = 12 | [UX4Z4] 0 |
|
[UX6Z3] 0 |
|
[UX8Z2] 0 |
|
[UX10Z] 0 |
|
[UX12] 0 |
|
[ULX12] 0 |
|
[UL2X12] 0 |
|
[UL3X12] 0 |
|
[UL4X12] 0 |
|
MLXZq± grid for uranium (U) for Q = 1: [UXxLlZz]+
The number of compounds found is 22.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[UL3]+ 0 |
|
[UL4]+ 0 |
|
[UL5]+ 0 |
|
[UL6]+ 0 |
|
[UL7]+ 0 |
|
[UL8]+ 0 |
|
[UL9]+ 0 |
|
[UL10]+ 0 |
|
[UL11]+ 0 |
| X+2Z = 1 | [UL2X]+ 0 |
|
[UL3X]+ 0 |
|
[UL4X]+ 0 |
|
[UL5X]+ 0 |
|
[UL6X]+ 0 |
|
[UL7X]+ 0 |
|
[UL8X]+ 0 |
|
[UL9X]+ 0 |
|
[UL10X]+ 0 |
|
| X+2Z = 2 | |
[UL2X2]+ 0 |
|
[UL3X2]+ 0 |
|
[UL4X2]+ 5% |
|
[UL5X2]+ 5% |
|
[UL6X2]+ 14% |
|
[UL7X2]+ 18% |
|
[UL8X2]+ 5% |
|
[UL9X2]+ 0 |
|
[UL10X2]+ 0 |
| X+2Z = 3 | [ULX3]+ 0 |
|
[UL2X3]+ 0 |
|
[UL3X3]+ 0 |
|
[UL4X3]+ 14% |
|
[UL5X3]+ 0 |
|
[UL6X3]+ 0 |
|
[UL7X3]+ 14% |
|
[UL8X3]+ 0 |
|
[UL9X3]+ 0 |
|
| X+2Z = 4 | |
[ULX4]+ 0 |
|
[UL2X4]+ 0 |
|
[UL3X4]+ 0 |
|
[UL4X4]+ 0 |
|
[UL5X4]+ 0 |
|
[UL6X4]+ 5% |
|
[UL7X4]+ 5% |
|
[UL8X4]+ 0 |
|
[UL9X4]+ 0 |
| X+2Z = 5 | [UX5]+ 0 |
|
[ULX5]+ 0 |
|
[UL2X5]+ 0 |
|
[UL3X5]+ 0 |
|
[UL4X5]+ 0 |
|
[UL5X5]+ 0 |
|
[UL6X5]+ 18% |
|
[UL7X5]+ 0 |
|
[UL8X5]+ 0 |
|
| X+2Z = 6 | |
[UX6]+ 0 |
|
[ULX6]+ 0 |
|
[UL2X6]+ 0 |
|
[UL3X6]+ 0 |
|
[UL4X6]+ 0 |
|
[UL5X6]+ 0 |
|
[UL6X6]+ 0 |
|
[UL7X6]+ 0 |
|
[UL8X6]+ 0 |
| X+2Z = 7 | [UX5Z]+ 0 |
|
[UX7]+ 0 |
|
[ULX7]+ 0 |
|
[UL2X7]+ 0 |
|
[UL3X7]+ 0 |
|
[UL4X7]+ 0 |
|
[UL5X7]+ 0 |
|
[UL6X7]+ 0 |
|
[UL7X7]+ 0 |
|
| X+2Z = 8 | |
[UX6Z]+ 0 |
|
[UX8]+ 0 |
|
[ULX8]+ 0 |
|
[UL2X8]+ 0 |
|
[UL3X8]+ 0 |
|
[UL4X8]+ 0 |
|
[UL5X8]+ 0 |
|
[UL6X8]+ 0 |
|
[UL7X8]+ 0 |
| X+2Z = 9 | [UX5Z2]+ 0 |
|
[UX7Z]+ 0 |
|
[UX9]+ 0 |
|
[ULX9]+ 0 |
|
[UL2X9]+ 0 |
|
[UL3X9]+ 0 |
|
[UL4X9]+ 0 |
|
[UL5X9]+ 0 |
|
[UL6X9]+ 0 |
|
| X+2Z = 10 | |
[UX6Z2]+ 0 |
|
[UX8Z]+ 0 |
|
[UX10]+ 0 |
|
[ULX10]+ 0 |
|
[UL2X10]+ 0 |
|
[UL3X10]+ 0 |
|
[UL4X10]+ 0 |
|
[UL5X10]+ 0 |
|
[UL6X10]+ 0 |
| X+2Z = 11 | [UX5Z3]+ 0 |
|
[UX7Z2]+ 0 |
|
[UX9Z]+ 0 |
|
[UX11]+ 0 |
|
[ULX11]+ 0 |
|
[UL2X11]+ 0 |
|
[UL3X11]+ 0 |
|
[UL4X11]+ 0 |
|
[UL5X11]+ 0 |
|
| X+2Z = 12 | |
[UX6Z3]+ 0 |
|
[UX8Z2]+ 0 |
|
[UX10Z]+ 0 |
|
[UX12]+ 0 |
|
[ULX12]+ 0 |
|
[UL2X12]+ 0 |
|
[UL3X12]+ 0 |
|
[UL4X12]+ 0 |
|
[UL5X12]+ 0 |
MLXZq± grid for uranium (U) for Q = 2: [UXxLlZz]2+
The number of compounds found is 17.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [UL3]2+ 0 |
|
[UL4]2+ 0 |
|
[UL5]2+ 0 |
|
[UL6]2+ 0 |
|
[UL7]2+ 0 |
|
[UL8]2+ 0 |
|
[UL9]2+ 0 |
|
[UL10]2+ 0 |
|
[UL11]2+ 0 |
|
| X+2Z = 1 | |
[UL3X]2+ 0 |
|
[UL4X]2+ 0 |
|
[UL5X]2+ 0 |
|
[UL6X]2+ 0 |
|
[UL7X]2+ 0 |
|
[UL8X]2+ 6% |
|
[UL9X]2+ 0 |
|
[UL10X]2+ 0 |
|
[UL11X]2+ 0 |
| X+2Z = 2 | [UL2X2]2+ 0 |
|
[UL3X2]2+ 0 |
|
[UL4X2]2+ 6% |
|
[UL5X2]2+ 0 |
|
[UL6X2]2+ 0 |
|
[UL7X2]2+ 12% |
|
[UL8X2]2+ 0 |
|
[UL9X2]2+ 6% |
|
[UL10X2]2+ 0 |
|
| X+2Z = 3 | |
[UL2X3]2+ 0 |
|
[UL3X3]2+ 0 |
|
[UL4X3]2+ 0 |
|
[UL5X3]2+ 0 |
|
[UL6X3]2+ 0 |
|
[UL7X3]2+ 0 |
|
[UL8X3]2+ 0 |
|
[UL9X3]2+ 0 |
|
[UL10X3]2+ 0 |
| X+2Z = 4 | [ULX4]2+ 0 |
|
[UL2X4]2+ 0 |
|
[UL3X4]2+ 0 |
|
[UL4X4]2+ 0 |
|
[UL5X4]2+ 0 |
|
[UL6X4]2+ 12% |
|
[UL7X4]2+ 29% |
|
[UL8X4]2+ 29% |
|
[UL9X4]2+ 0 |
|
| X+2Z = 5 | |
[ULX5]2+ 0 |
|
[UL2X5]2+ 0 |
|
[UL3X5]2+ 0 |
|
[UL4X5]2+ 0 |
|
[UL5X5]2+ 0 |
|
[UL6X5]2+ 0 |
|
[UL7X5]2+ 0 |
|
[UL8X5]2+ 0 |
|
[UL9X5]2+ 0 |
| X+2Z = 6 | [UX6]2+ 0 |
|
[ULX6]2+ 0 |
|
[UL2X6]2+ 0 |
|
[UL3X6]2+ 0 |
|
[UL4X6]2+ 0 |
|
[UL5X6]2+ 0 |
|
[UL6X6]2+ 0 |
|
[UL7X6]2+ 0 |
|
[UL8X6]2+ 0 |
|
| X+2Z = 7 | |
[UX7]2+ 0 |
|
[ULX7]2+ 0 |
|
[UL2X7]2+ 0 |
|
[UL3X7]2+ 0 |
|
[UL4X7]2+ 0 |
|
[UL5X7]2+ 0 |
|
[UL6X7]2+ 0 |
|
[UL7X7]2+ 0 |
|
[UL8X7]2+ 0 |
| X+2Z = 8 | [UX6Z]2+ 0 |
|
[UX8]2+ 0 |
|
[ULX8]2+ 0 |
|
[UL2X8]2+ 0 |
|
[UL3X8]2+ 0 |
|
[UL4X8]2+ 0 |
|
[UL5X8]2+ 0 |
|
[UL6X8]2+ 0 |
|
[UL7X8]2+ 0 |
|
| X+2Z = 9 | |
[UX7Z]2+ 0 |
|
[UX9]2+ 0 |
|
[ULX9]2+ 0 |
|
[UL2X9]2+ 0 |
|
[UL3X9]2+ 0 |
|
[UL4X9]2+ 0 |
|
[UL5X9]2+ 0 |
|
[UL6X9]2+ 0 |
|
[UL7X9]2+ 0 |
| X+2Z = 10 | [UX6Z2]2+ 0 |
|
[UX8Z]2+ 0 |
|
[UX10]2+ 0 |
|
[ULX10]2+ 0 |
|
[UL2X10]2+ 0 |
|
[UL3X10]2+ 0 |
|
[UL4X10]2+ 0 |
|
[UL5X10]2+ 0 |
|
[UL6X10]2+ 0 |
|
| X+2Z = 11 | |
[UX7Z2]2+ 0 |
|
[UX9Z]2+ 0 |
|
[UX11]2+ 0 |
|
[ULX11]2+ 0 |
|
[UL2X11]2+ 0 |
|
[UL3X11]2+ 0 |
|
[UL4X11]2+ 0 |
|
[UL5X11]2+ 0 |
|
[UL6X11]2+ 0 |
| X+2Z = 12 | [UX6Z3]2+ 0 |
|
[UX8Z2]2+ 0 |
|
[UX10Z]2+ 0 |
|
[UX12]2+ 0 |
|
[ULX12]2+ 0 |
|
[UL2X12]2+ 0 |
|
[UL3X12]2+ 0 |
|
[UL4X12]2+ 0 |
|
[UL5X12]2+ 0 |
|
MLXZq± grid for uranium (U) for Q = 3: [UXxLlZz]3+
The number of compounds found is 3.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[UL4]3+ 0 |
|
[UL5]3+ 0 |
|
[UL6]3+ 0 |
|
[UL7]3+ 0 |
|
[UL8]3+ 0 |
|
[UL9]3+ 100% |
|
[UL10]3+ 0 |
|
[UL11]3+ 0 |
|
[UL12]3+ 0 |
| X+2Z = 1 | [UL3X]3+ 0 |
|
[UL4X]3+ 0 |
|
[UL5X]3+ 0 |
|
[UL6X]3+ 0 |
|
[UL7X]3+ 0 |
|
[UL8X]3+ 0 |
|
[UL9X]3+ 0 |
|
[UL10X]3+ 0 |
|
[UL11X]3+ 0 |
|
| X+2Z = 2 | |
[UL3X2]3+ 0 |
|
[UL4X2]3+ 0 |
|
[UL5X2]3+ 0 |
|
[UL6X2]3+ 0 |
|
[UL7X2]3+ 0 |
|
[UL8X2]3+ 0 |
|
[UL9X2]3+ 0 |
|
[UL10X2]3+ 0 |
|
[UL11X2]3+ 0 |
| X+2Z = 3 | [UL2X3]3+ 0 |
|
[UL3X3]3+ 0 |
|
[UL4X3]3+ 0 |
|
[UL5X3]3+ 0 |
|
[UL6X3]3+ 0 |
|
[UL7X3]3+ 0 |
|
[UL8X3]3+ 0 |
|
[UL9X3]3+ 0 |
|
[UL10X3]3+ 0 |
|
| X+2Z = 4 | |
[UL2X4]3+ 0 |
|
[UL3X4]3+ 0 |
|
[UL4X4]3+ 0 |
|
[UL5X4]3+ 0 |
|
[UL6X4]3+ 0 |
|
[UL7X4]3+ 0 |
|
[UL8X4]3+ 0 |
|
[UL9X4]3+ 0 |
|
[UL10X4]3+ 0 |
| X+2Z = 5 | [ULX5]3+ 0 |
|
[UL2X5]3+ 0 |
|
[UL3X5]3+ 0 |
|
[UL4X5]3+ 0 |
|
[UL5X5]3+ 0 |
|
[UL6X5]3+ 0 |
|
[UL7X5]3+ 0 |
|
[UL8X5]3+ 0 |
|
[UL9X5]3+ 0 |
|
| X+2Z = 6 | |
[ULX6]3+ 0 |
|
[UL2X6]3+ 0 |
|
[UL3X6]3+ 0 |
|
[UL4X6]3+ 0 |
|
[UL5X6]3+ 0 |
|
[UL6X6]3+ 0 |
|
[UL7X6]3+ 0 |
|
[UL8X6]3+ 0 |
|
[UL9X6]3+ 0 |
| X+2Z = 7 | [UX7]3+ 0 |
|
[ULX7]3+ 0 |
|
[UL2X7]3+ 0 |
|
[UL3X7]3+ 0 |
|
[UL4X7]3+ 0 |
|
[UL5X7]3+ 0 |
|
[UL6X7]3+ 0 |
|
[UL7X7]3+ 0 |
|
[UL8X7]3+ 0 |
|
| X+2Z = 8 | |
[UX8]3+ 0 |
|
[ULX8]3+ 0 |
|
[UL2X8]3+ 0 |
|
[UL3X8]3+ 0 |
|
[UL4X8]3+ 0 |
|
[UL5X8]3+ 0 |
|
[UL6X8]3+ 0 |
|
[UL7X8]3+ 0 |
|
[UL8X8]3+ 0 |
| X+2Z = 9 | [UX7Z]3+ 0 |
|
[UX9]3+ 0 |
|
[ULX9]3+ 0 |
|
[UL2X9]3+ 0 |
|
[UL3X9]3+ 0 |
|
[UL4X9]3+ 0 |
|
[UL5X9]3+ 0 |
|
[UL6X9]3+ 0 |
|
[UL7X9]3+ 0 |
|
| X+2Z = 10 | |
[UX8Z]3+ 0 |
|
[UX10]3+ 0 |
|
[ULX10]3+ 0 |
|
[UL2X10]3+ 0 |
|
[UL3X10]3+ 0 |
|
[UL4X10]3+ 0 |
|
[UL5X10]3+ 0 |
|
[UL6X10]3+ 0 |
|
[UL7X10]3+ 0 |
| X+2Z = 11 | [UX7Z2]3+ 0 |
|
[UX9Z]3+ 0 |
|
[UX11]3+ 0 |
|
[ULX11]3+ 0 |
|
[UL2X11]3+ 0 |
|
[UL3X11]3+ 0 |
|
[UL4X11]3+ 0 |
|
[UL5X11]3+ 0 |
|
[UL6X11]3+ 0 |
|
| X+2Z = 12 | |
[UX8Z2]3+ 0 |
|
[UX10Z]3+ 0 |
|
[UX12]3+ 0 |
|
[ULX12]3+ 0 |
|
[UL2X12]3+ 0 |
|
[UL3X12]3+ 0 |
|
[UL4X12]3+ 0 |
|
[UL5X12]3+ 0 |
|
[UL6X12]3+ 0 |
MLXZq± grid for uranium (U) for Q = 4: [UXxLlZz]4+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of uranium with that [MLXZ]q± classification.
| EN➝ | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [UL4]4+ 0 |
|
[UL5]4+ 0 |
|
[UL6]4+ 0 |
|
[UL7]4+ 0 |
|
[UL8]4+ 0 |
|
[UL9]4+ 100% |
|
[UL10]4+ 0 |
|
[UL11]4+ 0 |
|
[UL12]4+ 0 |
|
| X+2Z = 1 | |
[UL4X]4+ 0 |
|
[UL5X]4+ 0 |
|
[UL6X]4+ 0 |
|
[UL7X]4+ 0 |
|
[UL8X]4+ 0 |
|
[UL9X]4+ 0 |
|
[UL10X]4+ 0 |
|
[UL11X]4+ 0 |
|
[UL12X]4+ 0 |
| X+2Z = 2 | [UL3X2]4+ 0 |
|
[UL4X2]4+ 0 |
|
[UL5X2]4+ 0 |
|
[UL6X2]4+ 0 |
|
[UL7X2]4+ 0 |
|
[UL8X2]4+ 0 |
|
[UL9X2]4+ 0 |
|
[UL10X2]4+ 0 |
|
[UL11X2]4+ 0 |
|
| X+2Z = 3 | |
[UL3X3]4+ 0 |
|
[UL4X3]4+ 0 |
|
[UL5X3]4+ 0 |
|
[UL6X3]4+ 0 |
|
[UL7X3]4+ 0 |
|
[UL8X3]4+ 0 |
|
[UL9X3]4+ 0 |
|
[UL10X3]4+ 0 |
|
[UL11X3]4+ 0 |
| X+2Z = 4 | [UL2X4]4+ 0 |
|
[UL3X4]4+ 0 |
|
[UL4X4]4+ 0 |
|
[UL5X4]4+ 0 |
|
[UL6X4]4+ 0 |
|
[UL7X4]4+ 0 |
|
[UL8X4]4+ 0 |
|
[UL9X4]4+ 0 |
|
[UL10X4]4+ 0 |
|
| X+2Z = 5 | |
[UL2X5]4+ 0 |
|
[UL3X5]4+ 0 |
|
[UL4X5]4+ 0 |
|
[UL5X5]4+ 0 |
|
[UL6X5]4+ 0 |
|
[UL7X5]4+ 0 |
|
[UL8X5]4+ 0 |
|
[UL9X5]4+ 0 |
|
[UL10X5]4+ 0 |
| X+2Z = 6 | [ULX6]4+ 0 |
|
[UL2X6]4+ 0 |
|
[UL3X6]4+ 0 |
|
[UL4X6]4+ 0 |
|
[UL5X6]4+ 0 |
|
[UL6X6]4+ 0 |
|
[UL7X6]4+ 0 |
|
[UL8X6]4+ 0 |
|
[UL9X6]4+ 0 |
|
| X+2Z = 7 | |
[ULX7]4+ 0 |
|
[UL2X7]4+ 0 |
|
[UL3X7]4+ 0 |
|
[UL4X7]4+ 0 |
|
[UL5X7]4+ 0 |
|
[UL6X7]4+ 0 |
|
[UL7X7]4+ 0 |
|
[UL8X7]4+ 0 |
|
[UL9X7]4+ 0 |
| X+2Z = 8 | [UX8]4+ 0 |
|
[ULX8]4+ 0 |
|
[UL2X8]4+ 0 |
|
[UL3X8]4+ 0 |
|
[UL4X8]4+ 0 |
|
[UL5X8]4+ 0 |
|
[UL6X8]4+ 0 |
|
[UL7X8]4+ 0 |
|
[UL8X8]4+ 0 |
|
| X+2Z = 9 | |
[UX9]4+ 0 |
|
[ULX9]4+ 0 |
|
[UL2X9]4+ 0 |
|
[UL3X9]4+ 0 |
|
[UL4X9]4+ 0 |
|
[UL5X9]4+ 0 |
|
[UL6X9]4+ 0 |
|
[UL7X9]4+ 0 |
|
[UL8X9]4+ 0 |
| X+2Z = 10 | [UX8Z]4+ 0 |
|
[UX10]4+ 0 |
|
[ULX10]4+ 0 |
|
[UL2X10]4+ 0 |
|
[UL3X10]4+ 0 |
|
[UL4X10]4+ 0 |
|
[UL5X10]4+ 0 |
|
[UL6X10]4+ 0 |
|
[UL7X10]4+ 0 |
|
| X+2Z = 11 | |
[UX9Z]4+ 0 |
|
[UX11]4+ 0 |
|
[ULX11]4+ 0 |
|
[UL2X11]4+ 0 |
|
[UL3X11]4+ 0 |
|
[UL4X11]4+ 0 |
|
[UL5X11]4+ 0 |
|
[UL6X11]4+ 0 |
|
[UL7X11]4+ 0 |
| X+2Z = 12 | [UX8Z2]4+ 0 |
|
[UX10Z]4+ 0 |
|
[UX12]4+ 0 |
|
[ULX12]4+ 0 |
|
[UL2X12]4+ 0 |
|
[UL3X12]4+ 0 |
|
[UL4X12]4+ 0 |
|
[UL5X12]4+ 0 |
|
[UL6X12]4+ 0 |
|
MLXZq± grid for neptunium (Np) for Q = -6: [NpXxLlZz]6-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [NpZ]6- 0 |
|
[Np]6- 0 |
|
[NpL]6- 0 |
|
[NpL2]6- 0 |
|
[NpL3]6- 0 |
|
[NpL4]6- 0 |
|
[NpL5]6- 0 |
|
[NpL6]6- 0 |
|
[NpL7]6- 0 |
| X+2Z = 1 | |
[NpZ]6- 0 |
|
[NpX]6- 0 |
|
[NpLX]6- 0 |
|
[NpL2X]6- 0 |
|
[NpL3X]6- 0 |
|
[NpL4X]6- 0 |
|
[NpL5X]6- 0 |
|
[NpL6X]6- 0 |
|
| X+2Z = 2 | [NpZ2]6- 0 |
|
[NpZ]6- 0 |
|
[NpX2]6- 0 |
|
[NpLX2]6- 0 |
|
[NpL2X2]6- 0 |
|
[NpL3X2]6- 0 |
|
[NpL4X2]6- 0 |
|
[NpL5X2]6- 0 |
|
[NpL6X2]6- 0 |
| X+2Z = 3 | |
[NpZ2]6- 0 |
|
[NpXZ]6- 0 |
|
[NpX3]6- 0 |
|
[NpLX3]6- 0 |
|
[NpL2X3]6- 0 |
|
[NpL3X3]6- 0 |
|
[NpL4X3]6- 0 |
|
[NpL5X3]6- 0 |
|
| X+2Z = 4 | [NpZ3]6- 0 |
|
[NpZ2]6- 0 |
|
[NpX2Z]6- 0 |
|
[NpX4]6- 0 |
|
[NpLX4]6- 0 |
|
[NpL2X4]6- 0 |
|
[NpL3X4]6- 0 |
|
[NpL4X4]6- 0 |
|
[NpL5X4]6- 0 |
| X+2Z = 5 | |
[NpZ3]6- 0 |
|
[NpXZ2]6- 0 |
|
[NpX3Z]6- 0 |
|
[NpX5]6- 0 |
|
[NpLX5]6- 0 |
|
[NpL2X5]6- 0 |
|
[NpL3X5]6- 0 |
|
[NpL4X5]6- 0 |
|
| X+2Z = 6 | [NpZ4]6- 0 |
|
[NpZ3]6- 0 |
|
[NpX2Z2]6- 0 |
|
[NpX4Z]6- 0 |
|
[NpX6]6- 0 |
|
[NpLX6]6- 0 |
|
[NpL2X6]6- 0 |
|
[NpL3X6]6- 0 |
|
[NpL4X6]6- 0 |
| X+2Z = 7 | |
[NpZ4]6- 0 |
|
[NpXZ3]6- 0 |
|
[NpX3Z2]6- 0 |
|
[NpX5Z]6- 0 |
|
[NpX7]6- 0 |
|
[NpLX7]6- 0 |
|
[NpL2X7]6- 0 |
|
[NpL3X7]6- 0 |
|
| X+2Z = 8 | [NpZ5]6- 0 |
|
[NpZ4]6- 0 |
|
[NpX2Z3]6- 0 |
|
[NpX4Z2]6- 0 |
|
[NpX6Z]6- 0 |
|
[NpX8]6- 0 |
|
[NpLX8]6- 0 |
|
[NpL2X8]6- 0 |
|
[NpL3X8]6- 0 |
| X+2Z = 9 | |
[NpZ5]6- 0 |
|
[NpXZ4]6- 0 |
|
[NpX3Z3]6- 0 |
|
[NpX5Z2]6- 0 |
|
[NpX7Z]6- 0 |
|
[NpX9]6- 0 |
|
[NpLX9]6- 0 |
|
[NpL2X9]6- 0 |
|
| X+2Z = 10 | [NpZ6]6- 0 |
|
[NpZ5]6- 0 |
|
[NpX2Z4]6- 0 |
|
[NpX4Z3]6- 0 |
|
[NpX6Z2]6- 0 |
|
[NpX8Z]6- 0 |
|
[NpX10]6- 100% |
|
[NpLX10]6- 0 |
|
[NpL2X10]6- 0 |
| X+2Z = 11 | |
[NpZ6]6- 0 |
|
[NpXZ5]6- 0 |
|
[NpX3Z4]6- 0 |
|
[NpX5Z3]6- 0 |
|
[NpX7Z2]6- 0 |
|
[NpX9Z]6- 0 |
|
[NpX11]6- 0 |
|
[NpLX11]6- 0 |
|
| X+2Z = 12 | [NpZ7]6- 0 |
|
[NpZ6]6- 0 |
|
[NpX2Z5]6- 0 |
|
[NpX4Z4]6- 0 |
|
[NpX6Z3]6- 0 |
|
[NpX8Z2]6- 0 |
|
[NpX10Z]6- 0 |
|
[NpX12]6- 0 |
|
[NpLX12]6- 0 |
MLXZq± grid for neptunium (Np) for Q = -5: [NpXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for neptunium (Np) for Q = -4: [NpXxLlZz]4-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [Np]4- 0 |
|
[NpL]4- 0 |
|
[NpL2]4- 0 |
|
[NpL3]4- 0 |
|
[NpL4]4- 0 |
|
[NpL5]4- 0 |
|
[NpL6]4- 0 |
|
[NpL7]4- 0 |
|
[NpL8]4- 0 |
| X+2Z = 1 | |
[NpX]4- 0 |
|
[NpLX]4- 0 |
|
[NpL2X]4- 0 |
|
[NpL3X]4- 0 |
|
[NpL4X]4- 0 |
|
[NpL5X]4- 0 |
|
[NpL6X]4- 0 |
|
[NpL7X]4- 0 |
|
| X+2Z = 2 | [NpZ]4- 0 |
|
[NpX2]4- 0 |
|
[NpLX2]4- 0 |
|
[NpL2X2]4- 0 |
|
[NpL3X2]4- 0 |
|
[NpL4X2]4- 0 |
|
[NpL5X2]4- 0 |
|
[NpL6X2]4- 0 |
|
[NpL7X2]4- 0 |
| X+2Z = 3 | |
[NpXZ]4- 0 |
|
[NpX3]4- 0 |
|
[NpLX3]4- 0 |
|
[NpL2X3]4- 0 |
|
[NpL3X3]4- 0 |
|
[NpL4X3]4- 0 |
|
[NpL5X3]4- 0 |
|
[NpL6X3]4- 0 |
|
| X+2Z = 4 | [NpZ2]4- 0 |
|
[NpX2Z]4- 0 |
|
[NpX4]4- 0 |
|
[NpLX4]4- 0 |
|
[NpL2X4]4- 0 |
|
[NpL3X4]4- 0 |
|
[NpL4X4]4- 0 |
|
[NpL5X4]4- 0 |
|
[NpL6X4]4- 0 |
| X+2Z = 5 | |
[NpXZ2]4- 0 |
|
[NpX3Z]4- 0 |
|
[NpX5]4- 0 |
|
[NpLX5]4- 0 |
|
[NpL2X5]4- 0 |
|
[NpL3X5]4- 0 |
|
[NpL4X5]4- 0 |
|
[NpL5X5]4- 0 |
|
| X+2Z = 6 | [NpZ3]4- 0 |
|
[NpX2Z2]4- 0 |
|
[NpX4Z]4- 0 |
|
[NpX6]4- 0 |
|
[NpLX6]4- 0 |
|
[NpL2X6]4- 0 |
|
[NpL3X6]4- 0 |
|
[NpL4X6]4- 0 |
|
[NpL5X6]4- 0 |
| X+2Z = 7 | |
[NpXZ3]4- 0 |
|
[NpX3Z2]4- 0 |
|
[NpX5Z]4- 0 |
|
[NpX7]4- 0 |
|
[NpLX7]4- 0 |
|
[NpL2X7]4- 0 |
|
[NpL3X7]4- 0 |
|
[NpL4X7]4- 0 |
|
| X+2Z = 8 | [NpZ4]4- 0 |
|
[NpX2Z3]4- 0 |
|
[NpX4Z2]4- 0 |
|
[NpX6Z]4- 0 |
|
[NpX8]4- 50% |
|
[NpLX8]4- 0 |
|
[NpL2X8]4- 0 |
|
[NpL3X8]4- 0 |
|
[NpL4X8]4- 0 |
| X+2Z = 9 | |
[NpXZ4]4- 0 |
|
[NpX3Z3]4- 0 |
|
[NpX5Z2]4- 0 |
|
[NpX7Z]4- 0 |
|
[NpX9]4- 0 |
|
[NpLX9]4- 0 |
|
[NpL2X9]4- 0 |
|
[NpL3X9]4- 0 |
|
| X+2Z = 10 | [NpZ5]4- 0 |
|
[NpX2Z4]4- 0 |
|
[NpX4Z3]4- 0 |
|
[NpX6Z2]4- 0 |
|
[NpX8Z]4- 0 |
|
[NpX10]4- 0 |
|
[NpLX10]4- 0 |
|
[NpL2X10]4- 50% |
|
[NpL3X10]4- 0 |
| X+2Z = 11 | |
[NpXZ5]4- 0 |
|
[NpX3Z4]4- 0 |
|
[NpX5Z3]4- 0 |
|
[NpX7Z2]4- 0 |
|
[NpX9Z]4- 0 |
|
[NpX11]4- 0 |
|
[NpLX11]4- 0 |
|
[NpL2X11]4- 0 |
|
| X+2Z = 12 | [NpZ6]4- 0 |
|
[NpX2Z5]4- 0 |
|
[NpX4Z4]4- 0 |
|
[NpX6Z3]4- 0 |
|
[NpX8Z2]4- 0 |
|
[NpX10Z]4- 0 |
|
[NpX12]4- 0 |
|
[NpLX12]4- 0 |
|
[NpL2X12]4- 0 |
MLXZq± grid for neptunium (Np) for Q = -3: [NpXxLlZz]3-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[NpL]3- 0 |
|
[NpL2]3- 0 |
|
[NpL3]3- 0 |
|
[NpL4]3- 0 |
|
[NpL5]3- 0 |
|
[NpL6]3- 0 |
|
[NpL7]3- 0 |
|
[NpL8]3- 0 |
|
| X+2Z = 1 | [NpX]3- 0 |
|
[NpLX]3- 0 |
|
[NpL2X]3- 0 |
|
[NpL3X]3- 0 |
|
[NpL4X]3- 0 |
|
[NpL5X]3- 0 |
|
[NpL6X]3- 0 |
|
[NpL7X]3- 0 |
|
[NpL8X]3- 0 |
| X+2Z = 2 | |
[NpX2]3- 0 |
|
[NpLX2]3- 0 |
|
[NpL2X2]3- 0 |
|
[NpL3X2]3- 0 |
|
[NpL4X2]3- 0 |
|
[NpL5X2]3- 0 |
|
[NpL6X2]3- 0 |
|
[NpL7X2]3- 0 |
|
| X+2Z = 3 | [NpXZ]3- 0 |
|
[NpX3]3- 0 |
|
[NpLX3]3- 0 |
|
[NpL2X3]3- 0 |
|
[NpL3X3]3- 0 |
|
[NpL4X3]3- 0 |
|
[NpL5X3]3- 0 |
|
[NpL6X3]3- 0 |
|
[NpL7X3]3- 0 |
| X+2Z = 4 | |
[NpX2Z]3- 0 |
|
[NpX4]3- 0 |
|
[NpLX4]3- 0 |
|
[NpL2X4]3- 0 |
|
[NpL3X4]3- 0 |
|
[NpL4X4]3- 0 |
|
[NpL5X4]3- 0 |
|
[NpL6X4]3- 0 |
|
| X+2Z = 5 | [NpXZ2]3- 0 |
|
[NpX3Z]3- 0 |
|
[NpX5]3- 0 |
|
[NpLX5]3- 0 |
|
[NpL2X5]3- 0 |
|
[NpL3X5]3- 0 |
|
[NpL4X5]3- 0 |
|
[NpL5X5]3- 0 |
|
[NpL6X5]3- 0 |
| X+2Z = 6 | |
[NpX2Z2]3- 0 |
|
[NpX4Z]3- 0 |
|
[NpX6]3- 0 |
|
[NpLX6]3- 0 |
|
[NpL2X6]3- 0 |
|
[NpL3X6]3- 0 |
|
[NpL4X6]3- 0 |
|
[NpL5X6]3- 0 |
|
| X+2Z = 7 | [NpXZ3]3- 0 |
|
[NpX3Z2]3- 0 |
|
[NpX5Z]3- 0 |
|
[NpX7]3- 0 |
|
[NpLX7]3- 0 |
|
[NpL2X7]3- 0 |
|
[NpL3X7]3- 0 |
|
[NpL4X7]3- 0 |
|
[NpL5X7]3- 0 |
| X+2Z = 8 | |
[NpX2Z3]3- 0 |
|
[NpX4Z2]3- 0 |
|
[NpX6Z]3- 0 |
|
[NpX8]3- 0 |
|
[NpLX8]3- 0 |
|
[NpL2X8]3- 50% |
|
[NpL3X8]3- 0 |
|
[NpL4X8]3- 0 |
|
| X+2Z = 9 | [NpXZ4]3- 0 |
|
[NpX3Z3]3- 0 |
|
[NpX5Z2]3- 0 |
|
[NpX7Z]3- 0 |
|
[NpX9]3- 0 |
|
[NpLX9]3- 0 |
|
[NpL2X9]3- 0 |
|
[NpL3X9]3- 0 |
|
[NpL4X9]3- 0 |
| X+2Z = 10 | |
[NpX2Z4]3- 0 |
|
[NpX4Z3]3- 0 |
|
[NpX6Z2]3- 0 |
|
[NpX8Z]3- 0 |
|
[NpX10]3- 50% |
|
[NpLX10]3- 0 |
|
[NpL2X10]3- 0 |
|
[NpL3X10]3- 0 |
|
| X+2Z = 11 | [NpXZ5]3- 0 |
|
[NpX3Z4]3- 0 |
|
[NpX5Z3]3- 0 |
|
[NpX7Z2]3- 0 |
|
[NpX9Z]3- 0 |
|
[NpX11]3- 0 |
|
[NpLX11]3- 0 |
|
[NpL2X11]3- 0 |
|
[NpL3X11]3- 0 |
| X+2Z = 12 | |
[NpX2Z5]3- 0 |
|
[NpX4Z4]3- 0 |
|
[NpX6Z3]3- 0 |
|
[NpX8Z2]3- 0 |
|
[NpX10Z]3- 0 |
|
[NpX12]3- 0 |
|
[NpLX12]3- 0 |
|
[NpL2X12]3- 0 |
|
MLXZq± grid for neptunium (Np) for Q = -2: [NpXxLlZz]2-
The number of compounds found is 13.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [NpL]2- 0 |
|
[NpL2]2- 0 |
|
[NpL3]2- 0 |
|
[NpL4]2- 0 |
|
[NpL5]2- 0 |
|
[NpL6]2- 0 |
|
[NpL7]2- 0 |
|
[NpL8]2- 0 |
|
[NpL9]2- 0 |
| X+2Z = 1 | |
[NpLX]2- 0 |
|
[NpL2X]2- 0 |
|
[NpL3X]2- 0 |
|
[NpL4X]2- 0 |
|
[NpL5X]2- 0 |
|
[NpL6X]2- 0 |
|
[NpL7X]2- 0 |
|
[NpL8X]2- 0 |
|
| X+2Z = 2 | [NpX2]2- 0 |
|
[NpLX2]2- 0 |
|
[NpL2X2]2- 0 |
|
[NpL3X2]2- 0 |
|
[NpL4X2]2- 0 |
|
[NpL5X2]2- 0 |
|
[NpL6X2]2- 0 |
|
[NpL7X2]2- 0 |
|
[NpL8X2]2- 0 |
| X+2Z = 3 | |
[NpX3]2- 0 |
|
[NpLX3]2- 0 |
|
[NpL2X3]2- 0 |
|
[NpL3X3]2- 0 |
|
[NpL4X3]2- 0 |
|
[NpL5X3]2- 0 |
|
[NpL6X3]2- 0 |
|
[NpL7X3]2- 0 |
|
| X+2Z = 4 | [NpX2Z]2- 0 |
|
[NpX4]2- 0 |
|
[NpLX4]2- 0 |
|
[NpL2X4]2- 0 |
|
[NpL3X4]2- 0 |
|
[NpL4X4]2- 0 |
|
[NpL5X4]2- 0 |
|
[NpL6X4]2- 0 |
|
[NpL7X4]2- 0 |
| X+2Z = 5 | |
[NpX3Z]2- 0 |
|
[NpX5]2- 0 |
|
[NpLX5]2- 0 |
|
[NpL2X5]2- 0 |
|
[NpL3X5]2- 0 |
|
[NpL4X5]2- 0 |
|
[NpL5X5]2- 0 |
|
[NpL6X5]2- 0 |
|
| X+2Z = 6 | [NpX2Z2]2- 0 |
|
[NpX4Z]2- 0 |
|
[NpX6]2- 15% |
|
[NpLX6]2- 0 |
|
[NpL2X6]2- 0 |
|
[NpL3X6]2- 8% |
|
[NpL4X6]2- 0 |
|
[NpL5X6]2- 0 |
|
[NpL6X6]2- 15% |
| X+2Z = 7 | |
[NpX3Z2]2- 0 |
|
[NpX5Z]2- 0 |
|
[NpX7]2- 0 |
|
[NpLX7]2- 0 |
|
[NpL2X7]2- 0 |
|
[NpL3X7]2- 0 |
|
[NpL4X7]2- 8% |
|
[NpL5X7]2- 23% |
|
| X+2Z = 8 | [NpX2Z3]2- 0 |
|
[NpX4Z2]2- 0 |
|
[NpX6Z]2- 0 |
|
[NpX8]2- 0 |
|
[NpLX8]2- 0 |
|
[NpL2X8]2- 15% |
|
[NpL3X8]2- 0 |
|
[NpL4X8]2- 0 |
|
[NpL5X8]2- 0 |
| X+2Z = 9 | |
[NpX3Z3]2- 0 |
|
[NpX5Z2]2- 0 |
|
[NpX7Z]2- 0 |
|
[NpX9]2- 0 |
|
[NpLX9]2- 15% |
|
[NpL2X9]2- 0 |
|
[NpL3X9]2- 0 |
|
[NpL4X9]2- 0 |
|
| X+2Z = 10 | [NpX2Z4]2- 0 |
|
[NpX4Z3]2- 0 |
|
[NpX6Z2]2- 0 |
|
[NpX8Z]2- 0 |
|
[NpX10]2- 0 |
|
[NpLX10]2- 0 |
|
[NpL2X10]2- 0 |
|
[NpL3X10]2- 0 |
|
[NpL4X10]2- 0 |
| X+2Z = 11 | |
[NpX3Z4]2- 0 |
|
[NpX5Z3]2- 0 |
|
[NpX7Z2]2- 0 |
|
[NpX9Z]2- 0 |
|
[NpX11]2- 0 |
|
[NpLX11]2- 0 |
|
[NpL2X11]2- 0 |
|
[NpL3X11]2- 0 |
|
| X+2Z = 12 | [NpX2Z5]2- 0 |
|
[NpX4Z4]2- 0 |
|
[NpX6Z3]2- 0 |
|
[NpX8Z2]2- 0 |
|
[NpX10Z]2- 0 |
|
[NpX12]2- 0 |
|
[NpLX12]2- 0 |
|
[NpL2X12]2- 0 |
|
[NpL3X12]2- 0 |
MLXZq± grid for neptunium (Np) for Q = -1: [NpXxLlZz]-
The number of compounds found is 5.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[NpL2]- 0 |
|
[NpL3]- 0 |
|
[NpL4]- 0 |
|
[NpL5]- 0 |
|
[NpL6]- 0 |
|
[NpL7]- 0 |
|
[NpL8]- 0 |
|
[NpL9]- 0 |
|
| X+2Z = 1 | [NpLX]- 0 |
|
[NpL2X]- 0 |
|
[NpL3X]- 0 |
|
[NpL4X]- 0 |
|
[NpL5X]- 0 |
|
[NpL6X]- 0 |
|
[NpL7X]- 0 |
|
[NpL8X]- 0 |
|
[NpL9X]- 0 |
| X+2Z = 2 | |
[NpLX2]- 0 |
|
[NpL2X2]- 0 |
|
[NpL3X2]- 0 |
|
[NpL4X2]- 0 |
|
[NpL5X2]- 0 |
|
[NpL6X2]- 0 |
|
[NpL7X2]- 0 |
|
[NpL8X2]- 0 |
|
| X+2Z = 3 | [NpX3]- 0 |
|
[NpLX3]- 0 |
|
[NpL2X3]- 0 |
|
[NpL3X3]- 0 |
|
[NpL4X3]- 0 |
|
[NpL5X3]- 0 |
|
[NpL6X3]- 0 |
|
[NpL7X3]- 0 |
|
[NpL8X3]- 0 |
| X+2Z = 4 | |
[NpX4]- 0 |
|
[NpLX4]- 0 |
|
[NpL2X4]- 0 |
|
[NpL3X4]- 0 |
|
[NpL4X4]- 20% |
|
[NpL5X4]- 0 |
|
[NpL6X4]- 0 |
|
[NpL7X4]- 0 |
|
| X+2Z = 5 | [NpX3Z]- 0 |
|
[NpX5]- 0 |
|
[NpLX5]- 0 |
|
[NpL2X5]- 0 |
|
[NpL3X5]- 0 |
|
[NpL4X5]- 0 |
|
[NpL5X5]- 0 |
|
[NpL6X5]- 0 |
|
[NpL7X5]- 0 |
| X+2Z = 6 | |
[NpX4Z]- 0 |
|
[NpX6]- 0 |
|
[NpLX6]- 0 |
|
[NpL2X6]- 20% |
|
[NpL3X6]- 0 |
|
[NpL4X6]- 0 |
|
[NpL5X6]- 0 |
|
[NpL6X6]- 20% |
|
| X+2Z = 7 | [NpX3Z2]- 0 |
|
[NpX5Z]- 0 |
|
[NpX7]- 0 |
|
[NpLX7]- 0 |
|
[NpL2X7]- 0 |
|
[NpL3X7]- 0 |
|
[NpL4X7]- 0 |
|
[NpL5X7]- 40% |
|
[NpL6X7]- 0 |
| X+2Z = 8 | |
[NpX4Z2]- 0 |
|
[NpX6Z]- 0 |
|
[NpX8]- 0 |
|
[NpLX8]- 0 |
|
[NpL2X8]- 0 |
|
[NpL3X8]- 0 |
|
[NpL4X8]- 0 |
|
[NpL5X8]- 0 |
|
| X+2Z = 9 | [NpX3Z3]- 0 |
|
[NpX5Z2]- 0 |
|
[NpX7Z]- 0 |
|
[NpX9]- 0 |
|
[NpLX9]- 0 |
|
[NpL2X9]- 0 |
|
[NpL3X9]- 0 |
|
[NpL4X9]- 0 |
|
[NpL5X9]- 0 |
| X+2Z = 10 | |
[NpX4Z3]- 0 |
|
[NpX6Z2]- 0 |
|
[NpX8Z]- 0 |
|
[NpX10]- 0 |
|
[NpLX10]- 0 |
|
[NpL2X10]- 0 |
|
[NpL3X10]- 0 |
|
[NpL4X10]- 0 |
|
| X+2Z = 11 | [NpX3Z4]- 0 |
|
[NpX5Z3]- 0 |
|
[NpX7Z2]- 0 |
|
[NpX9Z]- 0 |
|
[NpX11]- 0 |
|
[NpLX11]- 0 |
|
[NpL2X11]- 0 |
|
[NpL3X11]- 0 |
|
[NpL4X11]- 0 |
| X+2Z = 12 | |
[NpX4Z4]- 0 |
|
[NpX6Z3]- 0 |
|
[NpX8Z2]- 0 |
|
[NpX10Z]- 0 |
|
[NpX12]- 0 |
|
[NpLX12]- 0 |
|
[NpL2X12]- 0 |
|
[NpL3X12]- 0 |
|
MLXZq± grid for neptunium (Np) for Q = 0: [NpXxLlZz]
The number of compounds found is 53.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [NpL2] 0 |
|
[NpL3] 0 |
|
[NpL4] 0 |
|
[NpL5] 0 |
|
[NpL6] 0 |
|
[NpL7] 0 |
|
[NpL8] 0 |
|
[NpL9] 0 |
|
[NpL10] 0 |
| X+2Z = 1 | |
[NpL2X] 0 |
|
[NpL3X] 0 |
|
[NpL4X] 0 |
|
[NpL5X] 0 |
|
[NpL6X] 0 |
|
[NpL7X] 0 |
|
[NpL8X] 0 |
|
[NpL9X] 0 |
|
| X+2Z = 2 | [NpLX2] 0 |
|
[NpL2X2] 0 |
|
[NpL3X2] 0 |
|
[NpL4X2] 4% |
|
[NpL5X2] 0 |
|
[NpL6X2] 0 |
|
[NpL7X2] 0 |
|
[NpL8X2] 0 |
|
[NpL9X2] 0 |
| X+2Z = 3 | |
[NpLX3] 0 |
|
[NpL2X3] 0 |
|
[NpL3X3] 8% |
|
[NpL4X3] 4% |
|
[NpL5X3] 4% |
|
[NpL6X3] 8% |
|
[NpL7X3] 0 |
|
[NpL8X3] 2% |
|
| X+2Z = 4 | [NpX4] 2% |
|
[NpLX4] 0 |
|
[NpL2X4] 0 |
|
[NpL3X4] 6% |
|
[NpL4X4] 13% |
|
[NpL5X4] 2% |
|
[NpL6X4] 2% |
|
[NpL7X4] 4% |
|
[NpL8X4] 2% |
| X+2Z = 5 | |
[NpX5] 0 |
|
[NpLX5] 0 |
|
[NpL2X5] 0 |
|
[NpL3X5] 0 |
|
[NpL4X5] 4% |
|
[NpL5X5] 2% |
|
[NpL6X5] 13% |
|
[NpL7X5] 0 |
|
| X+2Z = 6 | [NpX4Z] 0 |
|
[NpX6] 2% |
|
[NpLX6] 0 |
|
[NpL2X6] 0 |
|
[NpL3X6] 0 |
|
[NpL4X6] 6% |
|
[NpL5X6] 4% |
|
[NpL6X6] 11% |
|
[NpL7X6] 0 |
| X+2Z = 7 | |
[NpX5Z] 0 |
|
[NpX7] 0 |
|
[NpLX7] 0 |
|
[NpL2X7] 0 |
|
[NpL3X7] 0 |
|
[NpL4X7] 0 |
|
[NpL5X7] 0 |
|
[NpL6X7] 0 |
|
| X+2Z = 8 | [NpX4Z2] 0 |
|
[NpX6Z] 0 |
|
[NpX8] 0 |
|
[NpLX8] 0 |
|
[NpL2X8] 0 |
|
[NpL3X8] 0 |
|
[NpL4X8] 0 |
|
[NpL5X8] 0 |
|
[NpL6X8] 0 |
| X+2Z = 9 | |
[NpX5Z2] 0 |
|
[NpX7Z] 0 |
|
[NpX9] 0 |
|
[NpLX9] 0 |
|
[NpL2X9] 0 |
|
[NpL3X9] 0 |
|
[NpL4X9] 0 |
|
[NpL5X9] 0 |
|
| X+2Z = 10 | [NpX4Z3] 0 |
|
[NpX6Z2] 0 |
|
[NpX8Z] 0 |
|
[NpX10] 0 |
|
[NpLX10] 0 |
|
[NpL2X10] 0 |
|
[NpL3X10] 0 |
|
[NpL4X10] 0 |
|
[NpL5X10] 0 |
| X+2Z = 11 | |
[NpX5Z3] 0 |
|
[NpX7Z2] 0 |
|
[NpX9Z] 0 |
|
[NpX11] 0 |
|
[NpLX11] 0 |
|
[NpL2X11] 0 |
|
[NpL3X11] 0 |
|
[NpL4X11] 0 |
|
| X+2Z = 12 | [NpX4Z4] 0 |
|
[NpX6Z3] 0 |
|
[NpX8Z2] 0 |
|
[NpX10Z] 0 |
|
[NpX12] 0 |
|
[NpLX12] 0 |
|
[NpL2X12] 0 |
|
[NpL3X12] 0 |
|
[NpL4X12] 0 |
MLXZq± grid for neptunium (Np) for Q = 1: [NpXxLlZz]+
The number of compounds found is 8.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[NpL3]+ 0 |
|
[NpL4]+ 0 |
|
[NpL5]+ 0 |
|
[NpL6]+ 0 |
|
[NpL7]+ 0 |
|
[NpL8]+ 0 |
|
[NpL9]+ 0 |
|
[NpL10]+ 0 |
|
| X+2Z = 1 | [NpL2X]+ 0 |
|
[NpL3X]+ 0 |
|
[NpL4X]+ 0 |
|
[NpL5X]+ 0 |
|
[NpL6X]+ 0 |
|
[NpL7X]+ 0 |
|
[NpL8X]+ 0 |
|
[NpL9X]+ 0 |
|
[NpL10X]+ 0 |
| X+2Z = 2 | |
[NpL2X2]+ 0 |
|
[NpL3X2]+ 0 |
|
[NpL4X2]+ 0 |
|
[NpL5X2]+ 0 |
|
[NpL6X2]+ 0 |
|
[NpL7X2]+ 0 |
|
[NpL8X2]+ 13% |
|
[NpL9X2]+ 0 |
|
| X+2Z = 3 | [NpLX3]+ 0 |
|
[NpL2X3]+ 0 |
|
[NpL3X3]+ 0 |
|
[NpL4X3]+ 0 |
|
[NpL5X3]+ 0 |
|
[NpL6X3]+ 0 |
|
[NpL7X3]+ 0 |
|
[NpL8X3]+ 0 |
|
[NpL9X3]+ 0 |
| X+2Z = 4 | |
[NpLX4]+ 0 |
|
[NpL2X4]+ 0 |
|
[NpL3X4]+ 0 |
|
[NpL4X4]+ 0 |
|
[NpL5X4]+ 0 |
|
[NpL6X4]+ 13% |
|
[NpL7X4]+ 50% |
|
[NpL8X4]+ 25% |
|
| X+2Z = 5 | [NpX5]+ 0 |
|
[NpLX5]+ 0 |
|
[NpL2X5]+ 0 |
|
[NpL3X5]+ 0 |
|
[NpL4X5]+ 0 |
|
[NpL5X5]+ 0 |
|
[NpL6X5]+ 0 |
|
[NpL7X5]+ 0 |
|
[NpL8X5]+ 0 |
| X+2Z = 6 | |
[NpX6]+ 0 |
|
[NpLX6]+ 0 |
|
[NpL2X6]+ 0 |
|
[NpL3X6]+ 0 |
|
[NpL4X6]+ 0 |
|
[NpL5X6]+ 0 |
|
[NpL6X6]+ 0 |
|
[NpL7X6]+ 0 |
|
| X+2Z = 7 | [NpX5Z]+ 0 |
|
[NpX7]+ 0 |
|
[NpLX7]+ 0 |
|
[NpL2X7]+ 0 |
|
[NpL3X7]+ 0 |
|
[NpL4X7]+ 0 |
|
[NpL5X7]+ 0 |
|
[NpL6X7]+ 0 |
|
[NpL7X7]+ 0 |
| X+2Z = 8 | |
[NpX6Z]+ 0 |
|
[NpX8]+ 0 |
|
[NpLX8]+ 0 |
|
[NpL2X8]+ 0 |
|
[NpL3X8]+ 0 |
|
[NpL4X8]+ 0 |
|
[NpL5X8]+ 0 |
|
[NpL6X8]+ 0 |
|
| X+2Z = 9 | [NpX5Z2]+ 0 |
|
[NpX7Z]+ 0 |
|
[NpX9]+ 0 |
|
[NpLX9]+ 0 |
|
[NpL2X9]+ 0 |
|
[NpL3X9]+ 0 |
|
[NpL4X9]+ 0 |
|
[NpL5X9]+ 0 |
|
[NpL6X9]+ 0 |
| X+2Z = 10 | |
[NpX6Z2]+ 0 |
|
[NpX8Z]+ 0 |
|
[NpX10]+ 0 |
|
[NpLX10]+ 0 |
|
[NpL2X10]+ 0 |
|
[NpL3X10]+ 0 |
|
[NpL4X10]+ 0 |
|
[NpL5X10]+ 0 |
|
| X+2Z = 11 | [NpX5Z3]+ 0 |
|
[NpX7Z2]+ 0 |
|
[NpX9Z]+ 0 |
|
[NpX11]+ 0 |
|
[NpLX11]+ 0 |
|
[NpL2X11]+ 0 |
|
[NpL3X11]+ 0 |
|
[NpL4X11]+ 0 |
|
[NpL5X11]+ 0 |
| X+2Z = 12 | |
[NpX6Z3]+ 0 |
|
[NpX8Z2]+ 0 |
|
[NpX10Z]+ 0 |
|
[NpX12]+ 0 |
|
[NpLX12]+ 0 |
|
[NpL2X12]+ 0 |
|
[NpL3X12]+ 0 |
|
[NpL4X12]+ 0 |
|
MLXZq± grid for neptunium (Np) for Q = 2: [NpXxLlZz]2+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [NpL3]2+ 0 |
|
[NpL4]2+ 0 |
|
[NpL5]2+ 0 |
|
[NpL6]2+ 0 |
|
[NpL7]2+ 0 |
|
[NpL8]2+ 0 |
|
[NpL9]2+ 0 |
|
[NpL10]2+ 0 |
|
[NpL11]2+ 0 |
| X+2Z = 1 | |
[NpL3X]2+ 0 |
|
[NpL4X]2+ 0 |
|
[NpL5X]2+ 0 |
|
[NpL6X]2+ 0 |
|
[NpL7X]2+ 0 |
|
[NpL8X]2+ 0 |
|
[NpL9X]2+ 0 |
|
[NpL10X]2+ 0 |
|
| X+2Z = 2 | [NpL2X2]2+ 0 |
|
[NpL3X2]2+ 0 |
|
[NpL4X2]2+ 0 |
|
[NpL5X2]2+ 0 |
|
[NpL6X2]2+ 0 |
|
[NpL7X2]2+ 0 |
|
[NpL8X2]2+ 0 |
|
[NpL9X2]2+ 0 |
|
[NpL10X2]2+ 0 |
| X+2Z = 3 | |
[NpL2X3]2+ 0 |
|
[NpL3X3]2+ 0 |
|
[NpL4X3]2+ 0 |
|
[NpL5X3]2+ 0 |
|
[NpL6X3]2+ 0 |
|
[NpL7X3]2+ 0 |
|
[NpL8X3]2+ 0 |
|
[NpL9X3]2+ 0 |
|
| X+2Z = 4 | [NpLX4]2+ 0 |
|
[NpL2X4]2+ 0 |
|
[NpL3X4]2+ 0 |
|
[NpL4X4]2+ 0 |
|
[NpL5X4]2+ 0 |
|
[NpL6X4]2+ 0 |
|
[NpL7X4]2+ 100% |
|
[NpL8X4]2+ 0 |
|
[NpL9X4]2+ 0 |
| X+2Z = 5 | |
[NpLX5]2+ 0 |
|
[NpL2X5]2+ 0 |
|
[NpL3X5]2+ 0 |
|
[NpL4X5]2+ 0 |
|
[NpL5X5]2+ 0 |
|
[NpL6X5]2+ 0 |
|
[NpL7X5]2+ 0 |
|
[NpL8X5]2+ 0 |
|
| X+2Z = 6 | [NpX6]2+ 0 |
|
[NpLX6]2+ 0 |
|
[NpL2X6]2+ 0 |
|
[NpL3X6]2+ 0 |
|
[NpL4X6]2+ 0 |
|
[NpL5X6]2+ 0 |
|
[NpL6X6]2+ 0 |
|
[NpL7X6]2+ 0 |
|
[NpL8X6]2+ 0 |
| X+2Z = 7 | |
[NpX7]2+ 0 |
|
[NpLX7]2+ 0 |
|
[NpL2X7]2+ 0 |
|
[NpL3X7]2+ 0 |
|
[NpL4X7]2+ 0 |
|
[NpL5X7]2+ 0 |
|
[NpL6X7]2+ 0 |
|
[NpL7X7]2+ 0 |
|
| X+2Z = 8 | [NpX6Z]2+ 0 |
|
[NpX8]2+ 0 |
|
[NpLX8]2+ 0 |
|
[NpL2X8]2+ 0 |
|
[NpL3X8]2+ 0 |
|
[NpL4X8]2+ 0 |
|
[NpL5X8]2+ 0 |
|
[NpL6X8]2+ 0 |
|
[NpL7X8]2+ 0 |
| X+2Z = 9 | |
[NpX7Z]2+ 0 |
|
[NpX9]2+ 0 |
|
[NpLX9]2+ 0 |
|
[NpL2X9]2+ 0 |
|
[NpL3X9]2+ 0 |
|
[NpL4X9]2+ 0 |
|
[NpL5X9]2+ 0 |
|
[NpL6X9]2+ 0 |
|
| X+2Z = 10 | [NpX6Z2]2+ 0 |
|
[NpX8Z]2+ 0 |
|
[NpX10]2+ 0 |
|
[NpLX10]2+ 0 |
|
[NpL2X10]2+ 0 |
|
[NpL3X10]2+ 0 |
|
[NpL4X10]2+ 0 |
|
[NpL5X10]2+ 0 |
|
[NpL6X10]2+ 0 |
| X+2Z = 11 | |
[NpX7Z2]2+ 0 |
|
[NpX9Z]2+ 0 |
|
[NpX11]2+ 0 |
|
[NpLX11]2+ 0 |
|
[NpL2X11]2+ 0 |
|
[NpL3X11]2+ 0 |
|
[NpL4X11]2+ 0 |
|
[NpL5X11]2+ 0 |
|
| X+2Z = 12 | [NpX6Z3]2+ 0 |
|
[NpX8Z2]2+ 0 |
|
[NpX10Z]2+ 0 |
|
[NpX12]2+ 0 |
|
[NpLX12]2+ 0 |
|
[NpL2X12]2+ 0 |
|
[NpL3X12]2+ 0 |
|
[NpL4X12]2+ 0 |
|
[NpL5X12]2+ 0 |
MLXZq± grid for neptunium (Np) for Q = 3: [NpXxLlZz]3+
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[NpL4]3+ 0 |
|
[NpL5]3+ 0 |
|
[NpL6]3+ 0 |
|
[NpL7]3+ 0 |
|
[NpL8]3+ 0 |
|
[NpL9]3+ 50% |
|
[NpL10]3+ 0 |
|
[NpL11]3+ 0 |
|
| X+2Z = 1 | [NpL3X]3+ 0 |
|
[NpL4X]3+ 0 |
|
[NpL5X]3+ 0 |
|
[NpL6X]3+ 0 |
|
[NpL7X]3+ 0 |
|
[NpL8X]3+ 50% |
|
[NpL9X]3+ 0 |
|
[NpL10X]3+ 0 |
|
[NpL11X]3+ 0 |
| X+2Z = 2 | |
[NpL3X2]3+ 0 |
|
[NpL4X2]3+ 0 |
|
[NpL5X2]3+ 0 |
|
[NpL6X2]3+ 0 |
|
[NpL7X2]3+ 0 |
|
[NpL8X2]3+ 0 |
|
[NpL9X2]3+ 0 |
|
[NpL10X2]3+ 0 |
|
| X+2Z = 3 | [NpL2X3]3+ 0 |
|
[NpL3X3]3+ 0 |
|
[NpL4X3]3+ 0 |
|
[NpL5X3]3+ 0 |
|
[NpL6X3]3+ 0 |
|
[NpL7X3]3+ 0 |
|
[NpL8X3]3+ 0 |
|
[NpL9X3]3+ 0 |
|
[NpL10X3]3+ 0 |
| X+2Z = 4 | |
[NpL2X4]3+ 0 |
|
[NpL3X4]3+ 0 |
|
[NpL4X4]3+ 0 |
|
[NpL5X4]3+ 0 |
|
[NpL6X4]3+ 0 |
|
[NpL7X4]3+ 0 |
|
[NpL8X4]3+ 0 |
|
[NpL9X4]3+ 0 |
|
| X+2Z = 5 | [NpLX5]3+ 0 |
|
[NpL2X5]3+ 0 |
|
[NpL3X5]3+ 0 |
|
[NpL4X5]3+ 0 |
|
[NpL5X5]3+ 0 |
|
[NpL6X5]3+ 0 |
|
[NpL7X5]3+ 0 |
|
[NpL8X5]3+ 0 |
|
[NpL9X5]3+ 0 |
| X+2Z = 6 | |
[NpLX6]3+ 0 |
|
[NpL2X6]3+ 0 |
|
[NpL3X6]3+ 0 |
|
[NpL4X6]3+ 0 |
|
[NpL5X6]3+ 0 |
|
[NpL6X6]3+ 0 |
|
[NpL7X6]3+ 0 |
|
[NpL8X6]3+ 0 |
|
| X+2Z = 7 | [NpX7]3+ 0 |
|
[NpLX7]3+ 0 |
|
[NpL2X7]3+ 0 |
|
[NpL3X7]3+ 0 |
|
[NpL4X7]3+ 0 |
|
[NpL5X7]3+ 0 |
|
[NpL6X7]3+ 0 |
|
[NpL7X7]3+ 0 |
|
[NpL8X7]3+ 0 |
| X+2Z = 8 | |
[NpX8]3+ 0 |
|
[NpLX8]3+ 0 |
|
[NpL2X8]3+ 0 |
|
[NpL3X8]3+ 0 |
|
[NpL4X8]3+ 0 |
|
[NpL5X8]3+ 0 |
|
[NpL6X8]3+ 0 |
|
[NpL7X8]3+ 0 |
|
| X+2Z = 9 | [NpX7Z]3+ 0 |
|
[NpX9]3+ 0 |
|
[NpLX9]3+ 0 |
|
[NpL2X9]3+ 0 |
|
[NpL3X9]3+ 0 |
|
[NpL4X9]3+ 0 |
|
[NpL5X9]3+ 0 |
|
[NpL6X9]3+ 0 |
|
[NpL7X9]3+ 0 |
| X+2Z = 10 | |
[NpX8Z]3+ 0 |
|
[NpX10]3+ 0 |
|
[NpLX10]3+ 0 |
|
[NpL2X10]3+ 0 |
|
[NpL3X10]3+ 0 |
|
[NpL4X10]3+ 0 |
|
[NpL5X10]3+ 0 |
|
[NpL6X10]3+ 0 |
|
| X+2Z = 11 | [NpX7Z2]3+ 0 |
|
[NpX9Z]3+ 0 |
|
[NpX11]3+ 0 |
|
[NpLX11]3+ 0 |
|
[NpL2X11]3+ 0 |
|
[NpL3X11]3+ 0 |
|
[NpL4X11]3+ 0 |
|
[NpL5X11]3+ 0 |
|
[NpL6X11]3+ 0 |
| X+2Z = 12 | |
[NpX8Z2]3+ 0 |
|
[NpX10Z]3+ 0 |
|
[NpX12]3+ 0 |
|
[NpLX12]3+ 0 |
|
[NpL2X12]3+ 0 |
|
[NpL3X12]3+ 0 |
|
[NpL4X12]3+ 0 |
|
[NpL5X12]3+ 0 |
|
MLXZq± grid for neptunium (Np) for Q = 4: [NpXxLlZz]4+
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of neptunium with that [MLXZ]q± classification.
| EN➝ | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [NpL4]4+ 0 |
|
[NpL5]4+ 0 |
|
[NpL6]4+ 0 |
|
[NpL7]4+ 0 |
|
[NpL8]4+ 100% |
|
[NpL9]4+ 0 |
|
[NpL10]4+ 0 |
|
[NpL11]4+ 0 |
|
[NpL12]4+ 0 |
| X+2Z = 1 | |
[NpL4X]4+ 0 |
|
[NpL5X]4+ 0 |
|
[NpL6X]4+ 0 |
|
[NpL7X]4+ 0 |
|
[NpL8X]4+ 0 |
|
[NpL9X]4+ 0 |
|
[NpL10X]4+ 0 |
|
[NpL11X]4+ 0 |
|
| X+2Z = 2 | [NpL3X2]4+ 0 |
|
[NpL4X2]4+ 0 |
|
[NpL5X2]4+ 0 |
|
[NpL6X2]4+ 0 |
|
[NpL7X2]4+ 0 |
|
[NpL8X2]4+ 0 |
|
[NpL9X2]4+ 0 |
|
[NpL10X2]4+ 0 |
|
[NpL11X2]4+ 0 |
| X+2Z = 3 | |
[NpL3X3]4+ 0 |
|
[NpL4X3]4+ 0 |
|
[NpL5X3]4+ 0 |
|
[NpL6X3]4+ 0 |
|
[NpL7X3]4+ 0 |
|
[NpL8X3]4+ 0 |
|
[NpL9X3]4+ 0 |
|
[NpL10X3]4+ 0 |
|
| X+2Z = 4 | [NpL2X4]4+ 0 |
|
[NpL3X4]4+ 0 |
|
[NpL4X4]4+ 0 |
|
[NpL5X4]4+ 0 |
|
[NpL6X4]4+ 0 |
|
[NpL7X4]4+ 0 |
|
[NpL8X4]4+ 0 |
|
[NpL9X4]4+ 0 |
|
[NpL10X4]4+ 0 |
| X+2Z = 5 | |
[NpL2X5]4+ 0 |
|
[NpL3X5]4+ 0 |
|
[NpL4X5]4+ 0 |
|
[NpL5X5]4+ 0 |
|
[NpL6X5]4+ 0 |
|
[NpL7X5]4+ 0 |
|
[NpL8X5]4+ 0 |
|
[NpL9X5]4+ 0 |
|
| X+2Z = 6 | [NpLX6]4+ 0 |
|
[NpL2X6]4+ 0 |
|
[NpL3X6]4+ 0 |
|
[NpL4X6]4+ 0 |
|
[NpL5X6]4+ 0 |
|
[NpL6X6]4+ 0 |
|
[NpL7X6]4+ 0 |
|
[NpL8X6]4+ 0 |
|
[NpL9X6]4+ 0 |
| X+2Z = 7 | |
[NpLX7]4+ 0 |
|
[NpL2X7]4+ 0 |
|
[NpL3X7]4+ 0 |
|
[NpL4X7]4+ 0 |
|
[NpL5X7]4+ 0 |
|
[NpL6X7]4+ 0 |
|
[NpL7X7]4+ 0 |
|
[NpL8X7]4+ 0 |
|
| X+2Z = 8 | [NpX8]4+ 0 |
|
[NpLX8]4+ 0 |
|
[NpL2X8]4+ 0 |
|
[NpL3X8]4+ 0 |
|
[NpL4X8]4+ 0 |
|
[NpL5X8]4+ 0 |
|
[NpL6X8]4+ 0 |
|
[NpL7X8]4+ 0 |
|
[NpL8X8]4+ 0 |
| X+2Z = 9 | |
[NpX9]4+ 0 |
|
[NpLX9]4+ 0 |
|
[NpL2X9]4+ 0 |
|
[NpL3X9]4+ 0 |
|
[NpL4X9]4+ 0 |
|
[NpL5X9]4+ 0 |
|
[NpL6X9]4+ 0 |
|
[NpL7X9]4+ 0 |
|
| X+2Z = 10 | [NpX8Z]4+ 0 |
|
[NpX10]4+ 0 |
|
[NpLX10]4+ 0 |
|
[NpL2X10]4+ 0 |
|
[NpL3X10]4+ 0 |
|
[NpL4X10]4+ 0 |
|
[NpL5X10]4+ 0 |
|
[NpL6X10]4+ 0 |
|
[NpL7X10]4+ 0 |
| X+2Z = 11 | |
[NpX9Z]4+ 0 |
|
[NpX11]4+ 0 |
|
[NpLX11]4+ 0 |
|
[NpL2X11]4+ 0 |
|
[NpL3X11]4+ 0 |
|
[NpL4X11]4+ 0 |
|
[NpL5X11]4+ 0 |
|
[NpL6X11]4+ 0 |
|
| X+2Z = 12 | [NpX8Z2]4+ 0 |
|
[NpX10Z]4+ 0 |
|
[NpX12]4+ 0 |
|
[NpLX12]4+ 0 |
|
[NpL2X12]4+ 0 |
|
[NpL3X12]4+ 0 |
|
[NpL4X12]4+ 0 |
|
[NpL5X12]4+ 0 |
|
[NpL6X12]4+ 0 |
MLXZq± grid for plutonium (Pu) for Q = -6: [PuXxLlZz]6-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL]6- 0 |
|
[PuL2]6- 0 |
|
[PuL3]6- 0 |
|
[PuL4]6- 0 |
|
[PuL5]6- 0 |
|
[PuL6]6- 0 |
|
[PuL7]6- 0 |
| X+2Z = 1 | |
[PuLX]6- 0 |
|
[PuL2X]6- 0 |
|
[PuL3X]6- 0 |
|
[PuL4X]6- 0 |
|
[PuL5X]6- 0 |
|
[PuL6X]6- 0 |
|
| X+2Z = 2 | [PuX2]6- 0 |
|
[PuLX2]6- 0 |
|
[PuL2X2]6- 0 |
|
[PuL3X2]6- 0 |
|
[PuL4X2]6- 0 |
|
[PuL5X2]6- 0 |
|
[PuL6X2]6- 0 |
| X+2Z = 3 | |
[PuX3]6- 0 |
|
[PuLX3]6- 0 |
|
[PuL2X3]6- 0 |
|
[PuL3X3]6- 0 |
|
[PuL4X3]6- 0 |
|
[PuL5X3]6- 0 |
|
| X+2Z = 4 | [PuX2Z]6- 0 |
|
[PuX4]6- 0 |
|
[PuLX4]6- 0 |
|
[PuL2X4]6- 0 |
|
[PuL3X4]6- 0 |
|
[PuL4X4]6- 0 |
|
[PuL5X4]6- 0 |
| X+2Z = 5 | |
[PuX3Z]6- 0 |
|
[PuX5]6- 0 |
|
[PuLX5]6- 0 |
|
[PuL2X5]6- 0 |
|
[PuL3X5]6- 0 |
|
[PuL4X5]6- 0 |
|
| X+2Z = 6 | [PuX2Z2]6- 0 |
|
[PuX4Z]6- 0 |
|
[PuX6]6- 0 |
|
[PuLX6]6- 0 |
|
[PuL2X6]6- 0 |
|
[PuL3X6]6- 0 |
|
[PuL4X6]6- 0 |
| X+2Z = 7 | |
[PuX3Z2]6- 0 |
|
[PuX5Z]6- 0 |
|
[PuX7]6- 0 |
|
[PuLX7]6- 0 |
|
[PuL2X7]6- 0 |
|
[PuL3X7]6- 0 |
|
| X+2Z = 8 | [PuX2Z3]6- 0 |
|
[PuX4Z2]6- 0 |
|
[PuX6Z]6- 0 |
|
[PuX8]6- 0 |
|
[PuLX8]6- 0 |
|
[PuL2X8]6- 0 |
|
[PuL3X8]6- 0 |
| X+2Z = 9 | |
[PuX3Z3]6- 0 |
|
[PuX5Z2]6- 0 |
|
[PuX7Z]6- 0 |
|
[PuX9]6- 0 |
|
[PuLX9]6- 0 |
|
[PuL2X9]6- 0 |
|
| X+2Z = 10 | [PuX2Z4]6- 0 |
|
[PuX4Z3]6- 0 |
|
[PuX6Z2]6- 0 |
|
[PuX8Z]6- 0 |
|
[PuX10]6- 100% |
|
[PuLX10]6- 0 |
|
[PuL2X10]6- 0 |
| X+2Z = 11 | |
[PuX3Z4]6- 0 |
|
[PuX5Z3]6- 0 |
|
[PuX7Z2]6- 0 |
|
[PuX9Z]6- 0 |
|
[PuX11]6- 0 |
|
[PuLX11]6- 0 |
|
| X+2Z = 12 | [PuX2Z5]6- 0 |
|
[PuX4Z4]6- 0 |
|
[PuX6Z3]6- 0 |
|
[PuX8Z2]6- 0 |
|
[PuX10Z]6- 0 |
|
[PuX12]6- 0 |
|
[PuLX12]6- 0 |
MLXZq± grid for plutonium (Pu) for Q = -5: [PuXxLlZz]5-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PuL2]5- 0 |
|
[PuL3]5- 0 |
|
[PuL4]5- 0 |
|
[PuL5]5- 0 |
|
[PuL6]5- 0 |
|
[PuL7]5- 0 |
|
| X+2Z = 1 | [PuLX]5- 0 |
|
[PuL2X]5- 0 |
|
[PuL3X]5- 0 |
|
[PuL4X]5- 0 |
|
[PuL5X]5- 0 |
|
[PuL6X]5- 0 |
|
[PuL7X]5- 0 |
| X+2Z = 2 | |
[PuLX2]5- 0 |
|
[PuL2X2]5- 0 |
|
[PuL3X2]5- 0 |
|
[PuL4X2]5- 0 |
|
[PuL5X2]5- 0 |
|
[PuL6X2]5- 0 |
|
| X+2Z = 3 | [PuX3]5- 0 |
|
[PuLX3]5- 0 |
|
[PuL2X3]5- 0 |
|
[PuL3X3]5- 0 |
|
[PuL4X3]5- 0 |
|
[PuL5X3]5- 0 |
|
[PuL6X3]5- 0 |
| X+2Z = 4 | |
[PuX4]5- 0 |
|
[PuLX4]5- 0 |
|
[PuL2X4]5- 0 |
|
[PuL3X4]5- 0 |
|
[PuL4X4]5- 0 |
|
[PuL5X4]5- 0 |
|
| X+2Z = 5 | [PuX3Z]5- 0 |
|
[PuX5]5- 0 |
|
[PuLX5]5- 0 |
|
[PuL2X5]5- 0 |
|
[PuL3X5]5- 0 |
|
[PuL4X5]5- 0 |
|
[PuL5X5]5- 0 |
| X+2Z = 6 | |
[PuX4Z]5- 0 |
|
[PuX6]5- 0 |
|
[PuLX6]5- 0 |
|
[PuL2X6]5- 0 |
|
[PuL3X6]5- 0 |
|
[PuL4X6]5- 0 |
|
| X+2Z = 7 | [PuX3Z2]5- 0 |
|
[PuX5Z]5- 0 |
|
[PuX7]5- 0 |
|
[PuLX7]5- 0 |
|
[PuL2X7]5- 0 |
|
[PuL3X7]5- 0 |
|
[PuL4X7]5- 0 |
| X+2Z = 8 | |
[PuX4Z2]5- 0 |
|
[PuX6Z]5- 0 |
|
[PuX8]5- 0 |
|
[PuLX8]5- 0 |
|
[PuL2X8]5- 0 |
|
[PuL3X8]5- 0 |
|
| X+2Z = 9 | [PuX3Z3]5- 0 |
|
[PuX5Z2]5- 0 |
|
[PuX7Z]5- 0 |
|
[PuX9]5- 0 |
|
[PuLX9]5- 0 |
|
[PuL2X9]5- 0 |
|
[PuL3X9]5- 0 |
| X+2Z = 10 | |
[PuX4Z3]5- 0 |
|
[PuX6Z2]5- 0 |
|
[PuX8Z]5- 0 |
|
[PuX10]5- 0 |
|
[PuLX10]5- 0 |
|
[PuL2X10]5- 0 |
|
| X+2Z = 11 | [PuX3Z4]5- 0 |
|
[PuX5Z3]5- 0 |
|
[PuX7Z2]5- 0 |
|
[PuX9Z]5- 0 |
|
[PuX11]5- 0 |
|
[PuLX11]5- 0 |
|
[PuL2X11]5- 0 |
| X+2Z = 12 | |
[PuX4Z4]5- 0 |
|
[PuX6Z3]5- 0 |
|
[PuX8Z2]5- 0 |
|
[PuX10Z]5- 0 |
|
[PuX12]5- 100% |
|
[PuLX12]5- 0 |
|
MLXZq± grid for plutonium (Pu) for Q = -4: [PuXxLlZz]4-
The number of compounds found is 4.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL2]4- 0 |
|
[PuL3]4- 0 |
|
[PuL4]4- 0 |
|
[PuL5]4- 0 |
|
[PuL6]4- 0 |
|
[PuL7]4- 0 |
|
[PuL8]4- 0 |
| X+2Z = 1 | |
[PuL2X]4- 0 |
|
[PuL3X]4- 0 |
|
[PuL4X]4- 0 |
|
[PuL5X]4- 0 |
|
[PuL6X]4- 0 |
|
[PuL7X]4- 0 |
|
| X+2Z = 2 | [PuLX2]4- 0 |
|
[PuL2X2]4- 0 |
|
[PuL3X2]4- 0 |
|
[PuL4X2]4- 0 |
|
[PuL5X2]4- 0 |
|
[PuL6X2]4- 0 |
|
[PuL7X2]4- 0 |
| X+2Z = 3 | |
[PuLX3]4- 0 |
|
[PuL2X3]4- 0 |
|
[PuL3X3]4- 0 |
|
[PuL4X3]4- 0 |
|
[PuL5X3]4- 0 |
|
[PuL6X3]4- 0 |
|
| X+2Z = 4 | [PuX4]4- 0 |
|
[PuLX4]4- 0 |
|
[PuL2X4]4- 0 |
|
[PuL3X4]4- 0 |
|
[PuL4X4]4- 0 |
|
[PuL5X4]4- 0 |
|
[PuL6X4]4- 0 |
| X+2Z = 5 | |
[PuX5]4- 0 |
|
[PuLX5]4- 0 |
|
[PuL2X5]4- 0 |
|
[PuL3X5]4- 0 |
|
[PuL4X5]4- 0 |
|
[PuL5X5]4- 0 |
|
| X+2Z = 6 | [PuX4Z]4- 0 |
|
[PuX6]4- 0 |
|
[PuLX6]4- 0 |
|
[PuL2X6]4- 0 |
|
[PuL3X6]4- 0 |
|
[PuL4X6]4- 0 |
|
[PuL5X6]4- 0 |
| X+2Z = 7 | |
[PuX5Z]4- 0 |
|
[PuX7]4- 0 |
|
[PuLX7]4- 0 |
|
[PuL2X7]4- 0 |
|
[PuL3X7]4- 0 |
|
[PuL4X7]4- 0 |
|
| X+2Z = 8 | [PuX4Z2]4- 0 |
|
[PuX6Z]4- 0 |
|
[PuX8]4- 25% |
|
[PuLX8]4- 25% |
|
[PuL2X8]4- 25% |
|
[PuL3X8]4- 0 |
|
[PuL4X8]4- 0 |
| X+2Z = 9 | |
[PuX5Z2]4- 0 |
|
[PuX7Z]4- 0 |
|
[PuX9]4- 0 |
|
[PuLX9]4- 0 |
|
[PuL2X9]4- 0 |
|
[PuL3X9]4- 0 |
|
| X+2Z = 10 | [PuX4Z3]4- 0 |
|
[PuX6Z2]4- 0 |
|
[PuX8Z]4- 0 |
|
[PuX10]4- 0 |
|
[PuLX10]4- 0 |
|
[PuL2X10]4- 25% |
|
[PuL3X10]4- 0 |
| X+2Z = 11 | |
[PuX5Z3]4- 0 |
|
[PuX7Z2]4- 0 |
|
[PuX9Z]4- 0 |
|
[PuX11]4- 0 |
|
[PuLX11]4- 0 |
|
[PuL2X11]4- 0 |
|
| X+2Z = 12 | [PuX4Z4]4- 0 |
|
[PuX6Z3]4- 0 |
|
[PuX8Z2]4- 0 |
|
[PuX10Z]4- 0 |
|
[PuX12]4- 0 |
|
[PuLX12]4- 0 |
|
[PuL2X12]4- 0 |
MLXZq± grid for plutonium (Pu) for Q = -3: [PuXxLlZz]3-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PuL3]3- 0 |
|
[PuL4]3- 0 |
|
[PuL5]3- 0 |
|
[PuL6]3- 0 |
|
[PuL7]3- 0 |
|
[PuL8]3- 0 |
|
| X+2Z = 1 | [PuL2X]3- 0 |
|
[PuL3X]3- 0 |
|
[PuL4X]3- 0 |
|
[PuL5X]3- 0 |
|
[PuL6X]3- 0 |
|
[PuL7X]3- 0 |
|
[PuL8X]3- 0 |
| X+2Z = 2 | |
[PuL2X2]3- 0 |
|
[PuL3X2]3- 0 |
|
[PuL4X2]3- 0 |
|
[PuL5X2]3- 0 |
|
[PuL6X2]3- 0 |
|
[PuL7X2]3- 0 |
|
| X+2Z = 3 | [PuLX3]3- 0 |
|
[PuL2X3]3- 0 |
|
[PuL3X3]3- 0 |
|
[PuL4X3]3- 0 |
|
[PuL5X3]3- 0 |
|
[PuL6X3]3- 0 |
|
[PuL7X3]3- 0 |
| X+2Z = 4 | |
[PuLX4]3- 0 |
|
[PuL2X4]3- 0 |
|
[PuL3X4]3- 0 |
|
[PuL4X4]3- 0 |
|
[PuL5X4]3- 0 |
|
[PuL6X4]3- 0 |
|
| X+2Z = 5 | [PuX5]3- 0 |
|
[PuLX5]3- 0 |
|
[PuL2X5]3- 0 |
|
[PuL3X5]3- 0 |
|
[PuL4X5]3- 0 |
|
[PuL5X5]3- 0 |
|
[PuL6X5]3- 0 |
| X+2Z = 6 | |
[PuX6]3- 0 |
|
[PuLX6]3- 0 |
|
[PuL2X6]3- 0 |
|
[PuL3X6]3- 0 |
|
[PuL4X6]3- 0 |
|
[PuL5X6]3- 0 |
|
| X+2Z = 7 | [PuX5Z]3- 0 |
|
[PuX7]3- 0 |
|
[PuLX7]3- 0 |
|
[PuL2X7]3- 50% |
|
[PuL3X7]3- 0 |
|
[PuL4X7]3- 0 |
|
[PuL5X7]3- 0 |
| X+2Z = 8 | |
[PuX6Z]3- 0 |
|
[PuX8]3- 0 |
|
[PuLX8]3- 0 |
|
[PuL2X8]3- 0 |
|
[PuL3X8]3- 0 |
|
[PuL4X8]3- 0 |
|
| X+2Z = 9 | [PuX5Z2]3- 0 |
|
[PuX7Z]3- 0 |
|
[PuX9]3- 0 |
|
[PuLX9]3- 0 |
|
[PuL2X9]3- 0 |
|
[PuL3X9]3- 0 |
|
[PuL4X9]3- 0 |
| X+2Z = 10 | |
[PuX6Z2]3- 0 |
|
[PuX8Z]3- 0 |
|
[PuX10]3- 50% |
|
[PuLX10]3- 0 |
|
[PuL2X10]3- 0 |
|
[PuL3X10]3- 0 |
|
| X+2Z = 11 | [PuX5Z3]3- 0 |
|
[PuX7Z2]3- 0 |
|
[PuX9Z]3- 0 |
|
[PuX11]3- 0 |
|
[PuLX11]3- 0 |
|
[PuL2X11]3- 0 |
|
[PuL3X11]3- 0 |
| X+2Z = 12 | |
[PuX6Z3]3- 0 |
|
[PuX8Z2]3- 0 |
|
[PuX10Z]3- 0 |
|
[PuX12]3- 0 |
|
[PuLX12]3- 0 |
|
[PuL2X12]3- 0 |
|
MLXZq± grid for plutonium (Pu) for Q = -2: [PuXxLlZz]2-
The number of compounds found is 10.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL3]2- 0 |
|
[PuL4]2- 0 |
|
[PuL5]2- 0 |
|
[PuL6]2- 0 |
|
[PuL7]2- 0 |
|
[PuL8]2- 0 |
|
[PuL9]2- 0 |
| X+2Z = 1 | |
[PuL3X]2- 0 |
|
[PuL4X]2- 0 |
|
[PuL5X]2- 0 |
|
[PuL6X]2- 0 |
|
[PuL7X]2- 0 |
|
[PuL8X]2- 0 |
|
| X+2Z = 2 | [PuL2X2]2- 0 |
|
[PuL3X2]2- 0 |
|
[PuL4X2]2- 0 |
|
[PuL5X2]2- 0 |
|
[PuL6X2]2- 0 |
|
[PuL7X2]2- 0 |
|
[PuL8X2]2- 0 |
| X+2Z = 3 | |
[PuL2X3]2- 0 |
|
[PuL3X3]2- 0 |
|
[PuL4X3]2- 0 |
|
[PuL5X3]2- 0 |
|
[PuL6X3]2- 0 |
|
[PuL7X3]2- 0 |
|
| X+2Z = 4 | [PuLX4]2- 0 |
|
[PuL2X4]2- 0 |
|
[PuL3X4]2- 0 |
|
[PuL4X4]2- 0 |
|
[PuL5X4]2- 0 |
|
[PuL6X4]2- 10% |
|
[PuL7X4]2- 0 |
| X+2Z = 5 | |
[PuLX5]2- 0 |
|
[PuL2X5]2- 0 |
|
[PuL3X5]2- 0 |
|
[PuL4X5]2- 0 |
|
[PuL5X5]2- 0 |
|
[PuL6X5]2- 0 |
|
| X+2Z = 6 | [PuX6]2- 10% |
|
[PuLX6]2- 0 |
|
[PuL2X6]2- 10% |
|
[PuL3X6]2- 20% |
|
[PuL4X6]2- 0 |
|
[PuL5X6]2- 0 |
|
[PuL6X6]2- 20% |
| X+2Z = 7 | |
[PuX7]2- 0 |
|
[PuLX7]2- 0 |
|
[PuL2X7]2- 0 |
|
[PuL3X7]2- 0 |
|
[PuL4X7]2- 0 |
|
[PuL5X7]2- 0 |
|
| X+2Z = 8 | [PuX6Z]2- 0 |
|
[PuX8]2- 0 |
|
[PuLX8]2- 0 |
|
[PuL2X8]2- 10% |
|
[PuL3X8]2- 20% |
|
[PuL4X8]2- 0 |
|
[PuL5X8]2- 0 |
| X+2Z = 9 | |
[PuX7Z]2- 0 |
|
[PuX9]2- 0 |
|
[PuLX9]2- 0 |
|
[PuL2X9]2- 0 |
|
[PuL3X9]2- 0 |
|
[PuL4X9]2- 0 |
|
| X+2Z = 10 | [PuX6Z2]2- 0 |
|
[PuX8Z]2- 0 |
|
[PuX10]2- 0 |
|
[PuLX10]2- 0 |
|
[PuL2X10]2- 0 |
|
[PuL3X10]2- 0 |
|
[PuL4X10]2- 0 |
| X+2Z = 11 | |
[PuX7Z2]2- 0 |
|
[PuX9Z]2- 0 |
|
[PuX11]2- 0 |
|
[PuLX11]2- 0 |
|
[PuL2X11]2- 0 |
|
[PuL3X11]2- 0 |
|
| X+2Z = 12 | [PuX6Z3]2- 0 |
|
[PuX8Z2]2- 0 |
|
[PuX10Z]2- 0 |
|
[PuX12]2- 0 |
|
[PuLX12]2- 0 |
|
[PuL2X12]2- 0 |
|
[PuL3X12]2- 0 |
MLXZq± grid for plutonium (Pu) for Q = -1: [PuXxLlZz]-
The number of compounds found is 8.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PuL4]- 0 |
|
[PuL5]- 0 |
|
[PuL6]- 0 |
|
[PuL7]- 0 |
|
[PuL8]- 0 |
|
[PuL9]- 0 |
|
| X+2Z = 1 | [PuL3X]- 0 |
|
[PuL4X]- 0 |
|
[PuL5X]- 0 |
|
[PuL6X]- 0 |
|
[PuL7X]- 0 |
|
[PuL8X]- 0 |
|
[PuL9X]- 0 |
| X+2Z = 2 | |
[PuL3X2]- 0 |
|
[PuL4X2]- 0 |
|
[PuL5X2]- 0 |
|
[PuL6X2]- 0 |
|
[PuL7X2]- 0 |
|
[PuL8X2]- 0 |
|
| X+2Z = 3 | [PuL2X3]- 0 |
|
[PuL3X3]- 0 |
|
[PuL4X3]- 0 |
|
[PuL5X3]- 0 |
|
[PuL6X3]- 13% |
|
[PuL7X3]- 0 |
|
[PuL8X3]- 0 |
| X+2Z = 4 | |
[PuL2X4]- 0 |
|
[PuL3X4]- 0 |
|
[PuL4X4]- 25% |
|
[PuL5X4]- 0 |
|
[PuL6X4]- 0 |
|
[PuL7X4]- 0 |
|
| X+2Z = 5 | [PuLX5]- 13% |
|
[PuL2X5]- 0 |
|
[PuL3X5]- 0 |
|
[PuL4X5]- 0 |
|
[PuL5X5]- 0 |
|
[PuL6X5]- 0 |
|
[PuL7X5]- 0 |
| X+2Z = 6 | |
[PuLX6]- 0 |
|
[PuL2X6]- 0 |
|
[PuL3X6]- 0 |
|
[PuL4X6]- 0 |
|
[PuL5X6]- 0 |
|
[PuL6X6]- 13% |
|
| X+2Z = 7 | [PuX7]- 0 |
|
[PuLX7]- 0 |
|
[PuL2X7]- 0 |
|
[PuL3X7]- 0 |
|
[PuL4X7]- 0 |
|
[PuL5X7]- 38% |
|
[PuL6X7]- 0 |
| X+2Z = 8 | |
[PuX8]- 0 |
|
[PuLX8]- 0 |
|
[PuL2X8]- 0 |
|
[PuL3X8]- 0 |
|
[PuL4X8]- 0 |
|
[PuL5X8]- 0 |
|
| X+2Z = 9 | [PuX7Z]- 0 |
|
[PuX9]- 0 |
|
[PuLX9]- 0 |
|
[PuL2X9]- 0 |
|
[PuL3X9]- 0 |
|
[PuL4X9]- 0 |
|
[PuL5X9]- 0 |
| X+2Z = 10 | |
[PuX8Z]- 0 |
|
[PuX10]- 0 |
|
[PuLX10]- 0 |
|
[PuL2X10]- 0 |
|
[PuL3X10]- 0 |
|
[PuL4X10]- 0 |
|
| X+2Z = 11 | [PuX7Z2]- 0 |
|
[PuX9Z]- 0 |
|
[PuX11]- 0 |
|
[PuLX11]- 0 |
|
[PuL2X11]- 0 |
|
[PuL3X11]- 0 |
|
[PuL4X11]- 0 |
| X+2Z = 12 | |
[PuX8Z2]- 0 |
|
[PuX10Z]- 0 |
|
[PuX12]- 0 |
|
[PuLX12]- 0 |
|
[PuL2X12]- 0 |
|
[PuL3X12]- 0 |
|
MLXZq± grid for plutonium (Pu) for Q = 0: [PuXxLlZz]
The number of compounds found is 52.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL4] 0 |
|
[PuL5] 0 |
|
[PuL6] 0 |
|
[PuL7] 0 |
|
[PuL8] 0 |
|
[PuL9] 0 |
|
[PuL10] 0 |
| X+2Z = 1 | |
[PuL4X] 0 |
|
[PuL5X] 0 |
|
[PuL6X] 0 |
|
[PuL7X] 0 |
|
[PuL8X] 0 |
|
[PuL9X] 0 |
|
| X+2Z = 2 | [PuL3X2] 0 |
|
[PuL4X2] 2% |
|
[PuL5X2] 0 |
|
[PuL6X2] 0 |
|
[PuL7X2] 0 |
|
[PuL8X2] 0 |
|
[PuL9X2] 0 |
| X+2Z = 3 | |
[PuL3X3] 10% |
|
[PuL4X3] 4% |
|
[PuL5X3] 12% |
|
[PuL6X3] 17% |
|
[PuL7X3] 2% |
|
[PuL8X3] 0 |
|
| X+2Z = 4 | [PuL2X4] 2% |
|
[PuL3X4] 4% |
|
[PuL4X4] 10% |
|
[PuL5X4] 2% |
|
[PuL6X4] 8% |
|
[PuL7X4] 0 |
|
[PuL8X4] 0 |
| X+2Z = 5 | |
[PuL2X5] 0 |
|
[PuL3X5] 0 |
|
[PuL4X5] 0 |
|
[PuL5X5] 2% |
|
[PuL6X5] 2% |
|
[PuL7X5] 0 |
|
| X+2Z = 6 | [PuLX6] 0 |
|
[PuL2X6] 0 |
|
[PuL3X6] 4% |
|
[PuL4X6] 0 |
|
[PuL5X6] 10% |
|
[PuL6X6] 12% |
|
[PuL7X6] 0 |
| X+2Z = 7 | |
[PuLX7] 0 |
|
[PuL2X7] 0 |
|
[PuL3X7] 0 |
|
[PuL4X7] 0 |
|
[PuL5X7] 0 |
|
[PuL6X7] 0 |
|
| X+2Z = 8 | [PuX8] 0 |
|
[PuLX8] 0 |
|
[PuL2X8] 0 |
|
[PuL3X8] 0 |
|
[PuL4X8] 0 |
|
[PuL5X8] 0 |
|
[PuL6X8] 0 |
| X+2Z = 9 | |
[PuX9] 0 |
|
[PuLX9] 0 |
|
[PuL2X9] 0 |
|
[PuL3X9] 0 |
|
[PuL4X9] 0 |
|
[PuL5X9] 0 |
|
| X+2Z = 10 | [PuX8Z] 0 |
|
[PuX10] 0 |
|
[PuLX10] 0 |
|
[PuL2X10] 0 |
|
[PuL3X10] 0 |
|
[PuL4X10] 0 |
|
[PuL5X10] 0 |
| X+2Z = 11 | |
[PuX9Z] 0 |
|
[PuX11] 0 |
|
[PuLX11] 0 |
|
[PuL2X11] 0 |
|
[PuL3X11] 0 |
|
[PuL4X11] 0 |
|
| X+2Z = 12 | [PuX8Z2] 0 |
|
[PuX10Z] 0 |
|
[PuX12] 0 |
|
[PuLX12] 0 |
|
[PuL2X12] 0 |
|
[PuL3X12] 0 |
|
[PuL4X12] 0 |
MLXZq± grid for plutonium (Pu) for Q = 1: [PuXxLlZz]+
The number of compounds found is 8.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PuL5]+ 0 |
|
[PuL6]+ 0 |
|
[PuL7]+ 0 |
|
[PuL8]+ 0 |
|
[PuL9]+ 0 |
|
[PuL10]+ 0 |
|
| X+2Z = 1 | [PuL4X]+ 0 |
|
[PuL5X]+ 0 |
|
[PuL6X]+ 0 |
|
[PuL7X]+ 0 |
|
[PuL8X]+ 0 |
|
[PuL9X]+ 0 |
|
[PuL10X]+ 0 |
| X+2Z = 2 | |
[PuL4X2]+ 0 |
|
[PuL5X2]+ 13% |
|
[PuL6X2]+ 50% |
|
[PuL7X2]+ 0 |
|
[PuL8X2]+ 13% |
|
[PuL9X2]+ 0 |
|
| X+2Z = 3 | [PuL3X3]+ 0 |
|
[PuL4X3]+ 0 |
|
[PuL5X3]+ 13% |
|
[PuL6X3]+ 0 |
|
[PuL7X3]+ 0 |
|
[PuL8X3]+ 0 |
|
[PuL9X3]+ 0 |
| X+2Z = 4 | |
[PuL3X4]+ 0 |
|
[PuL4X4]+ 0 |
|
[PuL5X4]+ 0 |
|
[PuL6X4]+ 0 |
|
[PuL7X4]+ 0 |
|
[PuL8X4]+ 13% |
|
| X+2Z = 5 | [PuL2X5]+ 0 |
|
[PuL3X5]+ 0 |
|
[PuL4X5]+ 0 |
|
[PuL5X5]+ 0 |
|
[PuL6X5]+ 0 |
|
[PuL7X5]+ 0 |
|
[PuL8X5]+ 0 |
| X+2Z = 6 | |
[PuL2X6]+ 0 |
|
[PuL3X6]+ 0 |
|
[PuL4X6]+ 0 |
|
[PuL5X6]+ 0 |
|
[PuL6X6]+ 0 |
|
[PuL7X6]+ 0 |
|
| X+2Z = 7 | [PuLX7]+ 0 |
|
[PuL2X7]+ 0 |
|
[PuL3X7]+ 0 |
|
[PuL4X7]+ 0 |
|
[PuL5X7]+ 0 |
|
[PuL6X7]+ 0 |
|
[PuL7X7]+ 0 |
| X+2Z = 8 | |
[PuLX8]+ 0 |
|
[PuL2X8]+ 0 |
|
[PuL3X8]+ 0 |
|
[PuL4X8]+ 0 |
|
[PuL5X8]+ 0 |
|
[PuL6X8]+ 0 |
|
| X+2Z = 9 | [PuX9]+ 0 |
|
[PuLX9]+ 0 |
|
[PuL2X9]+ 0 |
|
[PuL3X9]+ 0 |
|
[PuL4X9]+ 0 |
|
[PuL5X9]+ 0 |
|
[PuL6X9]+ 0 |
| X+2Z = 10 | |
[PuX10]+ 0 |
|
[PuLX10]+ 0 |
|
[PuL2X10]+ 0 |
|
[PuL3X10]+ 0 |
|
[PuL4X10]+ 0 |
|
[PuL5X10]+ 0 |
|
| X+2Z = 11 | [PuX9Z]+ 0 |
|
[PuX11]+ 0 |
|
[PuLX11]+ 0 |
|
[PuL2X11]+ 0 |
|
[PuL3X11]+ 0 |
|
[PuL4X11]+ 0 |
|
[PuL5X11]+ 0 |
| X+2Z = 12 | |
[PuX10Z]+ 0 |
|
[PuX12]+ 0 |
|
[PuLX12]+ 0 |
|
[PuL2X12]+ 0 |
|
[PuL3X12]+ 0 |
|
[PuL4X12]+ 0 |
|
MLXZq± grid for plutonium (Pu) for Q = 2: [PuXxLlZz]2+
The number of compounds found is 6.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL5]2+ 0 |
|
[PuL6]2+ 0 |
|
[PuL7]2+ 0 |
|
[PuL8]2+ 0 |
|
[PuL9]2+ 0 |
|
[PuL10]2+ 0 |
|
[PuL11]2+ 0 |
| X+2Z = 1 | |
[PuL5X]2+ 0 |
|
[PuL6X]2+ 0 |
|
[PuL7X]2+ 0 |
|
[PuL8X]2+ 0 |
|
[PuL9X]2+ 0 |
|
[PuL10X]2+ 0 |
|
| X+2Z = 2 | [PuL4X2]2+ 0 |
|
[PuL5X2]2+ 0 |
|
[PuL6X2]2+ 0 |
|
[PuL7X2]2+ 0 |
|
[PuL8X2]2+ 0 |
|
[PuL9X2]2+ 0 |
|
[PuL10X2]2+ 0 |
| X+2Z = 3 | |
[PuL4X3]2+ 0 |
|
[PuL5X3]2+ 0 |
|
[PuL6X3]2+ 0 |
|
[PuL7X3]2+ 0 |
|
[PuL8X3]2+ 0 |
|
[PuL9X3]2+ 0 |
|
| X+2Z = 4 | [PuL3X4]2+ 0 |
|
[PuL4X4]2+ 0 |
|
[PuL5X4]2+ 0 |
|
[PuL6X4]2+ 17% |
|
[PuL7X4]2+ 50% |
|
[PuL8X4]2+ 33% |
|
[PuL9X4]2+ 0 |
| X+2Z = 5 | |
[PuL3X5]2+ 0 |
|
[PuL4X5]2+ 0 |
|
[PuL5X5]2+ 0 |
|
[PuL6X5]2+ 0 |
|
[PuL7X5]2+ 0 |
|
[PuL8X5]2+ 0 |
|
| X+2Z = 6 | [PuL2X6]2+ 0 |
|
[PuL3X6]2+ 0 |
|
[PuL4X6]2+ 0 |
|
[PuL5X6]2+ 0 |
|
[PuL6X6]2+ 0 |
|
[PuL7X6]2+ 0 |
|
[PuL8X6]2+ 0 |
| X+2Z = 7 | |
[PuL2X7]2+ 0 |
|
[PuL3X7]2+ 0 |
|
[PuL4X7]2+ 0 |
|
[PuL5X7]2+ 0 |
|
[PuL6X7]2+ 0 |
|
[PuL7X7]2+ 0 |
|
| X+2Z = 8 | [PuLX8]2+ 0 |
|
[PuL2X8]2+ 0 |
|
[PuL3X8]2+ 0 |
|
[PuL4X8]2+ 0 |
|
[PuL5X8]2+ 0 |
|
[PuL6X8]2+ 0 |
|
[PuL7X8]2+ 0 |
| X+2Z = 9 | |
[PuLX9]2+ 0 |
|
[PuL2X9]2+ 0 |
|
[PuL3X9]2+ 0 |
|
[PuL4X9]2+ 0 |
|
[PuL5X9]2+ 0 |
|
[PuL6X9]2+ 0 |
|
| X+2Z = 10 | [PuX10]2+ 0 |
|
[PuLX10]2+ 0 |
|
[PuL2X10]2+ 0 |
|
[PuL3X10]2+ 0 |
|
[PuL4X10]2+ 0 |
|
[PuL5X10]2+ 0 |
|
[PuL6X10]2+ 0 |
| X+2Z = 11 | |
[PuX11]2+ 0 |
|
[PuLX11]2+ 0 |
|
[PuL2X11]2+ 0 |
|
[PuL3X11]2+ 0 |
|
[PuL4X11]2+ 0 |
|
[PuL5X11]2+ 0 |
|
| X+2Z = 12 | [PuX10Z]2+ 0 |
|
[PuX12]2+ 0 |
|
[PuLX12]2+ 0 |
|
[PuL2X12]2+ 0 |
|
[PuL3X12]2+ 0 |
|
[PuL4X12]2+ 0 |
|
[PuL5X12]2+ 0 |
MLXZq± grid for plutonium (Pu) for Q = 3: [PuXxLlZz]3+
The number of compounds found is 4.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[PuL6]3+ 0 |
|
[PuL7]3+ 0 |
|
[PuL8]3+ 25% |
|
[PuL9]3+ 50% |
|
[PuL10]3+ 25% |
|
[PuL11]3+ 0 |
|
| X+2Z = 1 | [PuL5X]3+ 0 |
|
[PuL6X]3+ 0 |
|
[PuL7X]3+ 0 |
|
[PuL8X]3+ 0 |
|
[PuL9X]3+ 0 |
|
[PuL10X]3+ 0 |
|
[PuL11X]3+ 0 |
| X+2Z = 2 | |
[PuL5X2]3+ 0 |
|
[PuL6X2]3+ 0 |
|
[PuL7X2]3+ 0 |
|
[PuL8X2]3+ 0 |
|
[PuL9X2]3+ 0 |
|
[PuL10X2]3+ 0 |
|
| X+2Z = 3 | [PuL4X3]3+ 0 |
|
[PuL5X3]3+ 0 |
|
[PuL6X3]3+ 0 |
|
[PuL7X3]3+ 0 |
|
[PuL8X3]3+ 0 |
|
[PuL9X3]3+ 0 |
|
[PuL10X3]3+ 0 |
| X+2Z = 4 | |
[PuL4X4]3+ 0 |
|
[PuL5X4]3+ 0 |
|
[PuL6X4]3+ 0 |
|
[PuL7X4]3+ 0 |
|
[PuL8X4]3+ 0 |
|
[PuL9X4]3+ 0 |
|
| X+2Z = 5 | [PuL3X5]3+ 0 |
|
[PuL4X5]3+ 0 |
|
[PuL5X5]3+ 0 |
|
[PuL6X5]3+ 0 |
|
[PuL7X5]3+ 0 |
|
[PuL8X5]3+ 0 |
|
[PuL9X5]3+ 0 |
| X+2Z = 6 | |
[PuL3X6]3+ 0 |
|
[PuL4X6]3+ 0 |
|
[PuL5X6]3+ 0 |
|
[PuL6X6]3+ 0 |
|
[PuL7X6]3+ 0 |
|
[PuL8X6]3+ 0 |
|
| X+2Z = 7 | [PuL2X7]3+ 0 |
|
[PuL3X7]3+ 0 |
|
[PuL4X7]3+ 0 |
|
[PuL5X7]3+ 0 |
|
[PuL6X7]3+ 0 |
|
[PuL7X7]3+ 0 |
|
[PuL8X7]3+ 0 |
| X+2Z = 8 | |
[PuL2X8]3+ 0 |
|
[PuL3X8]3+ 0 |
|
[PuL4X8]3+ 0 |
|
[PuL5X8]3+ 0 |
|
[PuL6X8]3+ 0 |
|
[PuL7X8]3+ 0 |
|
| X+2Z = 9 | [PuLX9]3+ 0 |
|
[PuL2X9]3+ 0 |
|
[PuL3X9]3+ 0 |
|
[PuL4X9]3+ 0 |
|
[PuL5X9]3+ 0 |
|
[PuL6X9]3+ 0 |
|
[PuL7X9]3+ 0 |
| X+2Z = 10 | |
[PuLX10]3+ 0 |
|
[PuL2X10]3+ 0 |
|
[PuL3X10]3+ 0 |
|
[PuL4X10]3+ 0 |
|
[PuL5X10]3+ 0 |
|
[PuL6X10]3+ 0 |
|
| X+2Z = 11 | [PuX11]3+ 0 |
|
[PuLX11]3+ 0 |
|
[PuL2X11]3+ 0 |
|
[PuL3X11]3+ 0 |
|
[PuL4X11]3+ 0 |
|
[PuL5X11]3+ 0 |
|
[PuL6X11]3+ 0 |
| X+2Z = 12 | |
[PuX12]3+ 0 |
|
[PuLX12]3+ 0 |
|
[PuL2X12]3+ 0 |
|
[PuL3X12]3+ 0 |
|
[PuL4X12]3+ 0 |
|
[PuL5X12]3+ 0 |
|
MLXZq± grid for plutonium (Pu) for Q = 4: [PuXxLlZz]4+
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of plutonium with that [MLXZ]q± classification.
| EN➝ | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [PuL6]4+ 0 |
|
[PuL7]4+ 0 |
|
[PuL8]4+ 50% |
|
[PuL9]4+ 50% |
|
[PuL10]4+ 0 |
|
[PuL11]4+ 0 |
|
[PuL12]4+ 0 |
| X+2Z = 1 | |
[PuL6X]4+ 0 |
|
[PuL7X]4+ 0 |
|
[PuL8X]4+ 0 |
|
[PuL9X]4+ 0 |
|
[PuL10X]4+ 0 |
|
[PuL11X]4+ 0 |
|
| X+2Z = 2 | [PuL5X2]4+ 0 |
|
[PuL6X2]4+ 0 |
|
[PuL7X2]4+ 0 |
|
[PuL8X2]4+ 0 |
|
[PuL9X2]4+ 0 |
|
[PuL10X2]4+ 0 |
|
[PuL11X2]4+ 0 |
| X+2Z = 3 | |
[PuL5X3]4+ 0 |
|
[PuL6X3]4+ 0 |
|
[PuL7X3]4+ 0 |
|
[PuL8X3]4+ 0 |
|
[PuL9X3]4+ 0 |
|
[PuL10X3]4+ 0 |
|
| X+2Z = 4 | [PuL4X4]4+ 0 |
|
[PuL5X4]4+ 0 |
|
[PuL6X4]4+ 0 |
|
[PuL7X4]4+ 0 |
|
[PuL8X4]4+ 0 |
|
[PuL9X4]4+ 0 |
|
[PuL10X4]4+ 0 |
| X+2Z = 5 | |
[PuL4X5]4+ 0 |
|
[PuL5X5]4+ 0 |
|
[PuL6X5]4+ 0 |
|
[PuL7X5]4+ 0 |
|
[PuL8X5]4+ 0 |
|
[PuL9X5]4+ 0 |
|
| X+2Z = 6 | [PuL3X6]4+ 0 |
|
[PuL4X6]4+ 0 |
|
[PuL5X6]4+ 0 |
|
[PuL6X6]4+ 0 |
|
[PuL7X6]4+ 0 |
|
[PuL8X6]4+ 0 |
|
[PuL9X6]4+ 0 |
| X+2Z = 7 | |
[PuL3X7]4+ 0 |
|
[PuL4X7]4+ 0 |
|
[PuL5X7]4+ 0 |
|
[PuL6X7]4+ 0 |
|
[PuL7X7]4+ 0 |
|
[PuL8X7]4+ 0 |
|
| X+2Z = 8 | [PuL2X8]4+ 0 |
|
[PuL3X8]4+ 0 |
|
[PuL4X8]4+ 0 |
|
[PuL5X8]4+ 0 |
|
[PuL6X8]4+ 0 |
|
[PuL7X8]4+ 0 |
|
[PuL8X8]4+ 0 |
| X+2Z = 9 | |
[PuL2X9]4+ 0 |
|
[PuL3X9]4+ 0 |
|
[PuL4X9]4+ 0 |
|
[PuL5X9]4+ 0 |
|
[PuL6X9]4+ 0 |
|
[PuL7X9]4+ 0 |
|
| X+2Z = 10 | [PuLX10]4+ 0 |
|
[PuL2X10]4+ 0 |
|
[PuL3X10]4+ 0 |
|
[PuL4X10]4+ 0 |
|
[PuL5X10]4+ 0 |
|
[PuL6X10]4+ 0 |
|
[PuL7X10]4+ 0 |
| X+2Z = 11 | |
[PuLX11]4+ 0 |
|
[PuL2X11]4+ 0 |
|
[PuL3X11]4+ 0 |
|
[PuL4X11]4+ 0 |
|
[PuL5X11]4+ 0 |
|
[PuL6X11]4+ 0 |
|
| X+2Z = 12 | [PuX12]4+ 0 |
|
[PuLX12]4+ 0 |
|
[PuL2X12]4+ 0 |
|
[PuL3X12]4+ 0 |
|
[PuL4X12]4+ 0 |
|
[PuL5X12]4+ 0 |
|
[PuL6X12]4+ 0 |
MLXZq± grid for americium (Am) for Q = -6: [AmXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for americium (Am) for Q = -5: [AmXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for americium (Am) for Q = -4: [AmXxLlZz]4-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[AmL3]4- 0 |
|
[AmL4]4- 0 |
|
[AmL5]4- 0 |
|
[AmL6]4- 0 |
|
[AmL7]4- 0 |
|
[AmL8]4- 0 |
|
| X+2Z = 1 | [AmL2X]4- 0 |
|
[AmL3X]4- 0 |
|
[AmL4X]4- 0 |
|
[AmL5X]4- 0 |
|
[AmL6X]4- 0 |
|
[AmL7X]4- 0 |
|
[AmL8X]4- 0 |
| X+2Z = 2 | |
[AmL2X2]4- 0 |
|
[AmL3X2]4- 0 |
|
[AmL4X2]4- 0 |
|
[AmL5X2]4- 0 |
|
[AmL6X2]4- 0 |
|
[AmL7X2]4- 0 |
|
| X+2Z = 3 | [AmLX3]4- 0 |
|
[AmL2X3]4- 0 |
|
[AmL3X3]4- 0 |
|
[AmL4X3]4- 0 |
|
[AmL5X3]4- 0 |
|
[AmL6X3]4- 0 |
|
[AmL7X3]4- 0 |
| X+2Z = 4 | |
[AmLX4]4- 0 |
|
[AmL2X4]4- 0 |
|
[AmL3X4]4- 0 |
|
[AmL4X4]4- 0 |
|
[AmL5X4]4- 0 |
|
[AmL6X4]4- 0 |
|
| X+2Z = 5 | [AmX5]4- 0 |
|
[AmLX5]4- 0 |
|
[AmL2X5]4- 0 |
|
[AmL3X5]4- 0 |
|
[AmL4X5]4- 0 |
|
[AmL5X5]4- 0 |
|
[AmL6X5]4- 0 |
| X+2Z = 6 | |
[AmX6]4- 0 |
|
[AmLX6]4- 0 |
|
[AmL2X6]4- 0 |
|
[AmL3X6]4- 0 |
|
[AmL4X6]4- 0 |
|
[AmL5X6]4- 0 |
|
| X+2Z = 7 | [AmX5Z]4- 0 |
|
[AmX7]4- 50% |
|
[AmLX7]4- 0 |
|
[AmL2X7]4- 0 |
|
[AmL3X7]4- 0 |
|
[AmL4X7]4- 0 |
|
[AmL5X7]4- 0 |
| X+2Z = 8 | |
[AmX6Z]4- 0 |
|
[AmX8]4- 0 |
|
[AmLX8]4- 0 |
|
[AmL2X8]4- 0 |
|
[AmL3X8]4- 0 |
|
[AmL4X8]4- 0 |
|
| X+2Z = 9 | [AmX5Z2]4- 0 |
|
[AmX7Z]4- 0 |
|
[AmX9]4- 0 |
|
[AmLX9]4- 0 |
|
[AmL2X9]4- 0 |
|
[AmL3X9]4- 0 |
|
[AmL4X9]4- 0 |
| X+2Z = 10 | |
[AmX6Z2]4- 0 |
|
[AmX8Z]4- 0 |
|
[AmX10]4- 0 |
|
[AmLX10]4- 0 |
|
[AmL2X10]4- 50% |
|
[AmL3X10]4- 0 |
|
| X+2Z = 11 | [AmX5Z3]4- 0 |
|
[AmX7Z2]4- 0 |
|
[AmX9Z]4- 0 |
|
[AmX11]4- 0 |
|
[AmLX11]4- 0 |
|
[AmL2X11]4- 0 |
|
[AmL3X11]4- 0 |
| X+2Z = 12 | |
[AmX6Z3]4- 0 |
|
[AmX8Z2]4- 0 |
|
[AmX10Z]4- 0 |
|
[AmX12]4- 0 |
|
[AmLX12]4- 0 |
|
[AmL2X12]4- 0 |
|
MLXZq± grid for americium (Am) for Q = -3: [AmXxLlZz]3-
The number of compounds found is 3.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [AmL3]3- 0 |
|
[AmL4]3- 0 |
|
[AmL5]3- 0 |
|
[AmL6]3- 0 |
|
[AmL7]3- 0 |
|
[AmL8]3- 0 |
|
[AmL9]3- 0 |
| X+2Z = 1 | |
[AmL3X]3- 0 |
|
[AmL4X]3- 0 |
|
[AmL5X]3- 0 |
|
[AmL6X]3- 0 |
|
[AmL7X]3- 0 |
|
[AmL8X]3- 0 |
|
| X+2Z = 2 | [AmL2X2]3- 0 |
|
[AmL3X2]3- 0 |
|
[AmL4X2]3- 0 |
|
[AmL5X2]3- 0 |
|
[AmL6X2]3- 0 |
|
[AmL7X2]3- 0 |
|
[AmL8X2]3- 0 |
| X+2Z = 3 | |
[AmL2X3]3- 0 |
|
[AmL3X3]3- 0 |
|
[AmL4X3]3- 0 |
|
[AmL5X3]3- 0 |
|
[AmL6X3]3- 0 |
|
[AmL7X3]3- 0 |
|
| X+2Z = 4 | [AmLX4]3- 0 |
|
[AmL2X4]3- 0 |
|
[AmL3X4]3- 0 |
|
[AmL4X4]3- 0 |
|
[AmL5X4]3- 0 |
|
[AmL6X4]3- 0 |
|
[AmL7X4]3- 0 |
| X+2Z = 5 | |
[AmLX5]3- 0 |
|
[AmL2X5]3- 0 |
|
[AmL3X5]3- 0 |
|
[AmL4X5]3- 0 |
|
[AmL5X5]3- 0 |
|
[AmL6X5]3- 0 |
|
| X+2Z = 6 | [AmX6]3- 33% |
|
[AmLX6]3- 0 |
|
[AmL2X6]3- 0 |
|
[AmL3X6]3- 33% |
|
[AmL4X6]3- 0 |
|
[AmL5X6]3- 0 |
|
[AmL6X6]3- 33% |
| X+2Z = 7 | |
[AmX7]3- 0 |
|
[AmLX7]3- 0 |
|
[AmL2X7]3- 0 |
|
[AmL3X7]3- 0 |
|
[AmL4X7]3- 0 |
|
[AmL5X7]3- 0 |
|
| X+2Z = 8 | [AmX6Z]3- 0 |
|
[AmX8]3- 0 |
|
[AmLX8]3- 0 |
|
[AmL2X8]3- 0 |
|
[AmL3X8]3- 0 |
|
[AmL4X8]3- 0 |
|
[AmL5X8]3- 0 |
| X+2Z = 9 | |
[AmX7Z]3- 0 |
|
[AmX9]3- 0 |
|
[AmLX9]3- 0 |
|
[AmL2X9]3- 0 |
|
[AmL3X9]3- 0 |
|
[AmL4X9]3- 0 |
|
| X+2Z = 10 | [AmX6Z2]3- 0 |
|
[AmX8Z]3- 0 |
|
[AmX10]3- 0 |
|
[AmLX10]3- 0 |
|
[AmL2X10]3- 0 |
|
[AmL3X10]3- 0 |
|
[AmL4X10]3- 0 |
| X+2Z = 11 | |
[AmX7Z2]3- 0 |
|
[AmX9Z]3- 0 |
|
[AmX11]3- 0 |
|
[AmLX11]3- 0 |
|
[AmL2X11]3- 0 |
|
[AmL3X11]3- 0 |
|
| X+2Z = 12 | [AmX6Z3]3- 0 |
|
[AmX8Z2]3- 0 |
|
[AmX10Z]3- 0 |
|
[AmX12]3- 0 |
|
[AmLX12]3- 0 |
|
[AmL2X12]3- 0 |
|
[AmL3X12]3- 0 |
MLXZq± grid for americium (Am) for Q = -2: [AmXxLlZz]2-
The number of compounds found is 2.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[AmL4]2- 0 |
|
[AmL5]2- 0 |
|
[AmL6]2- 0 |
|
[AmL7]2- 0 |
|
[AmL8]2- 0 |
|
[AmL9]2- 0 |
|
| X+2Z = 1 | [AmL3X]2- 0 |
|
[AmL4X]2- 0 |
|
[AmL5X]2- 0 |
|
[AmL6X]2- 0 |
|
[AmL7X]2- 0 |
|
[AmL8X]2- 0 |
|
[AmL9X]2- 0 |
| X+2Z = 2 | |
[AmL3X2]2- 0 |
|
[AmL4X2]2- 0 |
|
[AmL5X2]2- 0 |
|
[AmL6X2]2- 0 |
|
[AmL7X2]2- 0 |
|
[AmL8X2]2- 0 |
|
| X+2Z = 3 | [AmL2X3]2- 0 |
|
[AmL3X3]2- 0 |
|
[AmL4X3]2- 0 |
|
[AmL5X3]2- 0 |
|
[AmL6X3]2- 0 |
|
[AmL7X3]2- 0 |
|
[AmL8X3]2- 0 |
| X+2Z = 4 | |
[AmL2X4]2- 0 |
|
[AmL3X4]2- 0 |
|
[AmL4X4]2- 0 |
|
[AmL5X4]2- 0 |
|
[AmL6X4]2- 0 |
|
[AmL7X4]2- 0 |
|
| X+2Z = 5 | [AmLX5]2- 0 |
|
[AmL2X5]2- 0 |
|
[AmL3X5]2- 0 |
|
[AmL4X5]2- 50% |
|
[AmL5X5]2- 0 |
|
[AmL6X5]2- 0 |
|
[AmL7X5]2- 0 |
| X+2Z = 6 | |
[AmLX6]2- 50% |
|
[AmL2X6]2- 0 |
|
[AmL3X6]2- 0 |
|
[AmL4X6]2- 0 |
|
[AmL5X6]2- 0 |
|
[AmL6X6]2- 0 |
|
| X+2Z = 7 | [AmX7]2- 0 |
|
[AmLX7]2- 0 |
|
[AmL2X7]2- 0 |
|
[AmL3X7]2- 0 |
|
[AmL4X7]2- 0 |
|
[AmL5X7]2- 0 |
|
[AmL6X7]2- 0 |
| X+2Z = 8 | |
[AmX8]2- 0 |
|
[AmLX8]2- 0 |
|
[AmL2X8]2- 0 |
|
[AmL3X8]2- 0 |
|
[AmL4X8]2- 0 |
|
[AmL5X8]2- 0 |
|
| X+2Z = 9 | [AmX7Z]2- 0 |
|
[AmX9]2- 0 |
|
[AmLX9]2- 0 |
|
[AmL2X9]2- 0 |
|
[AmL3X9]2- 0 |
|
[AmL4X9]2- 0 |
|
[AmL5X9]2- 0 |
| X+2Z = 10 | |
[AmX8Z]2- 0 |
|
[AmX10]2- 0 |
|
[AmLX10]2- 0 |
|
[AmL2X10]2- 0 |
|
[AmL3X10]2- 0 |
|
[AmL4X10]2- 0 |
|
| X+2Z = 11 | [AmX7Z2]2- 0 |
|
[AmX9Z]2- 0 |
|
[AmX11]2- 0 |
|
[AmLX11]2- 0 |
|
[AmL2X11]2- 0 |
|
[AmL3X11]2- 0 |
|
[AmL4X11]2- 0 |
| X+2Z = 12 | |
[AmX8Z2]2- 0 |
|
[AmX10Z]2- 0 |
|
[AmX12]2- 0 |
|
[AmLX12]2- 0 |
|
[AmL2X12]2- 0 |
|
[AmL3X12]2- 0 |
|
MLXZq± grid for americium (Am) for Q = -1: [AmXxLlZz]-
The number of compounds found is 5.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [AmL4]- 0 |
|
[AmL5]- 0 |
|
[AmL6]- 0 |
|
[AmL7]- 0 |
|
[AmL8]- 0 |
|
[AmL9]- 0 |
|
[AmL10]- 0 |
| X+2Z = 1 | |
[AmL4X]- 0 |
|
[AmL5X]- 0 |
|
[AmL6X]- 0 |
|
[AmL7X]- 0 |
|
[AmL8X]- 0 |
|
[AmL9X]- 0 |
|
| X+2Z = 2 | [AmL3X2]- 0 |
|
[AmL4X2]- 0 |
|
[AmL5X2]- 0 |
|
[AmL6X2]- 0 |
|
[AmL7X2]- 0 |
|
[AmL8X2]- 0 |
|
[AmL9X2]- 0 |
| X+2Z = 3 | |
[AmL3X3]- 0 |
|
[AmL4X3]- 0 |
|
[AmL5X3]- 0 |
|
[AmL6X3]- 0 |
|
[AmL7X3]- 0 |
|
[AmL8X3]- 0 |
|
| X+2Z = 4 | [AmL2X4]- 0 |
|
[AmL3X4]- 0 |
|
[AmL4X4]- 20% |
|
[AmL5X4]- 0 |
|
[AmL6X4]- 0 |
|
[AmL7X4]- 0 |
|
[AmL8X4]- 0 |
| X+2Z = 5 | |
[AmL2X5]- 0 |
|
[AmL3X5]- 0 |
|
[AmL4X5]- 0 |
|
[AmL5X5]- 0 |
|
[AmL6X5]- 0 |
|
[AmL7X5]- 0 |
|
| X+2Z = 6 | [AmLX6]- 0 |
|
[AmL2X6]- 0 |
|
[AmL3X6]- 0 |
|
[AmL4X6]- 0 |
|
[AmL5X6]- 0 |
|
[AmL6X6]- 40% |
|
[AmL7X6]- 0 |
| X+2Z = 7 | |
[AmLX7]- 0 |
|
[AmL2X7]- 0 |
|
[AmL3X7]- 0 |
|
[AmL4X7]- 0 |
|
[AmL5X7]- 40% |
|
[AmL6X7]- 0 |
|
| X+2Z = 8 | [AmX8]- 0 |
|
[AmLX8]- 0 |
|
[AmL2X8]- 0 |
|
[AmL3X8]- 0 |
|
[AmL4X8]- 0 |
|
[AmL5X8]- 0 |
|
[AmL6X8]- 0 |
| X+2Z = 9 | |
[AmX9]- 0 |
|
[AmLX9]- 0 |
|
[AmL2X9]- 0 |
|
[AmL3X9]- 0 |
|
[AmL4X9]- 0 |
|
[AmL5X9]- 0 |
|
| X+2Z = 10 | [AmX8Z]- 0 |
|
[AmX10]- 0 |
|
[AmLX10]- 0 |
|
[AmL2X10]- 0 |
|
[AmL3X10]- 0 |
|
[AmL4X10]- 0 |
|
[AmL5X10]- 0 |
| X+2Z = 11 | |
[AmX9Z]- 0 |
|
[AmX11]- 0 |
|
[AmLX11]- 0 |
|
[AmL2X11]- 0 |
|
[AmL3X11]- 0 |
|
[AmL4X11]- 0 |
|
| X+2Z = 12 | [AmX8Z2]- 0 |
|
[AmX10Z]- 0 |
|
[AmX12]- 0 |
|
[AmLX12]- 0 |
|
[AmL2X12]- 0 |
|
[AmL3X12]- 0 |
|
[AmL4X12]- 0 |
MLXZq± grid for americium (Am) for Q = 0: [AmXxLlZz]
The number of compounds found is 18.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[AmL5] 0 |
|
[AmL6] 0 |
|
[AmL7] 0 |
|
[AmL8] 0 |
|
[AmL9] 0 |
|
[AmL10] 0 |
|
| X+2Z = 1 | [AmL4X] 0 |
|
[AmL5X] 0 |
|
[AmL6X] 0 |
|
[AmL7X] 0 |
|
[AmL8X] 0 |
|
[AmL9X] 0 |
|
[AmL10X] 0 |
| X+2Z = 2 | |
[AmL4X2] 6% |
|
[AmL5X2] 0 |
|
[AmL6X2] 0 |
|
[AmL7X2] 0 |
|
[AmL8X2] 0 |
|
[AmL9X2] 0 |
|
| X+2Z = 3 | [AmL3X3] 22% |
|
[AmL4X3] 11% |
|
[AmL5X3] 11% |
|
[AmL6X3] 33% |
|
[AmL7X3] 0 |
|
[AmL8X3] 0 |
|
[AmL9X3] 0 |
| X+2Z = 4 | |
[AmL3X4] 0 |
|
[AmL4X4] 0 |
|
[AmL5X4] 6% |
|
[AmL6X4] 0 |
|
[AmL7X4] 0 |
|
[AmL8X4] 0 |
|
| X+2Z = 5 | [AmL2X5] 0 |
|
[AmL3X5] 0 |
|
[AmL4X5] 0 |
|
[AmL5X5] 0 |
|
[AmL6X5] 6% |
|
[AmL7X5] 0 |
|
[AmL8X5] 0 |
| X+2Z = 6 | |
[AmL2X6] 0 |
|
[AmL3X6] 6% |
|
[AmL4X6] 0 |
|
[AmL5X6] 0 |
|
[AmL6X6] 0 |
|
[AmL7X6] 0 |
|
| X+2Z = 7 | [AmLX7] 0 |
|
[AmL2X7] 0 |
|
[AmL3X7] 0 |
|
[AmL4X7] 0 |
|
[AmL5X7] 0 |
|
[AmL6X7] 0 |
|
[AmL7X7] 0 |
| X+2Z = 8 | |
[AmLX8] 0 |
|
[AmL2X8] 0 |
|
[AmL3X8] 0 |
|
[AmL4X8] 0 |
|
[AmL5X8] 0 |
|
[AmL6X8] 0 |
|
| X+2Z = 9 | [AmX9] 0 |
|
[AmLX9] 0 |
|
[AmL2X9] 0 |
|
[AmL3X9] 0 |
|
[AmL4X9] 0 |
|
[AmL5X9] 0 |
|
[AmL6X9] 0 |
| X+2Z = 10 | |
[AmX10] 0 |
|
[AmLX10] 0 |
|
[AmL2X10] 0 |
|
[AmL3X10] 0 |
|
[AmL4X10] 0 |
|
[AmL5X10] 0 |
|
| X+2Z = 11 | [AmX9Z] 0 |
|
[AmX11] 0 |
|
[AmLX11] 0 |
|
[AmL2X11] 0 |
|
[AmL3X11] 0 |
|
[AmL4X11] 0 |
|
[AmL5X11] 0 |
| X+2Z = 12 | |
[AmX10Z] 0 |
|
[AmX12] 0 |
|
[AmLX12] 0 |
|
[AmL2X12] 0 |
|
[AmL3X12] 0 |
|
[AmL4X12] 0 |
|
MLXZq± grid for americium (Am) for Q = 1: [AmXxLlZz]+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [AmL5]+ 0 |
|
[AmL6]+ 0 |
|
[AmL7]+ 0 |
|
[AmL8]+ 0 |
|
[AmL9]+ 0 |
|
[AmL10]+ 0 |
|
[AmL11]+ 0 |
| X+2Z = 1 | |
[AmL5X]+ 0 |
|
[AmL6X]+ 0 |
|
[AmL7X]+ 0 |
|
[AmL8X]+ 0 |
|
[AmL9X]+ 0 |
|
[AmL10X]+ 0 |
|
| X+2Z = 2 | [AmL4X2]+ 0 |
|
[AmL5X2]+ 0 |
|
[AmL6X2]+ 100% |
|
[AmL7X2]+ 0 |
|
[AmL8X2]+ 0 |
|
[AmL9X2]+ 0 |
|
[AmL10X2]+ 0 |
| X+2Z = 3 | |
[AmL4X3]+ 0 |
|
[AmL5X3]+ 0 |
|
[AmL6X3]+ 0 |
|
[AmL7X3]+ 0 |
|
[AmL8X3]+ 0 |
|
[AmL9X3]+ 0 |
|
| X+2Z = 4 | [AmL3X4]+ 0 |
|
[AmL4X4]+ 0 |
|
[AmL5X4]+ 0 |
|
[AmL6X4]+ 0 |
|
[AmL7X4]+ 0 |
|
[AmL8X4]+ 0 |
|
[AmL9X4]+ 0 |
| X+2Z = 5 | |
[AmL3X5]+ 0 |
|
[AmL4X5]+ 0 |
|
[AmL5X5]+ 0 |
|
[AmL6X5]+ 0 |
|
[AmL7X5]+ 0 |
|
[AmL8X5]+ 0 |
|
| X+2Z = 6 | [AmL2X6]+ 0 |
|
[AmL3X6]+ 0 |
|
[AmL4X6]+ 0 |
|
[AmL5X6]+ 0 |
|
[AmL6X6]+ 0 |
|
[AmL7X6]+ 0 |
|
[AmL8X6]+ 0 |
| X+2Z = 7 | |
[AmL2X7]+ 0 |
|
[AmL3X7]+ 0 |
|
[AmL4X7]+ 0 |
|
[AmL5X7]+ 0 |
|
[AmL6X7]+ 0 |
|
[AmL7X7]+ 0 |
|
| X+2Z = 8 | [AmLX8]+ 0 |
|
[AmL2X8]+ 0 |
|
[AmL3X8]+ 0 |
|
[AmL4X8]+ 0 |
|
[AmL5X8]+ 0 |
|
[AmL6X8]+ 0 |
|
[AmL7X8]+ 0 |
| X+2Z = 9 | |
[AmLX9]+ 0 |
|
[AmL2X9]+ 0 |
|
[AmL3X9]+ 0 |
|
[AmL4X9]+ 0 |
|
[AmL5X9]+ 0 |
|
[AmL6X9]+ 0 |
|
| X+2Z = 10 | [AmX10]+ 0 |
|
[AmLX10]+ 0 |
|
[AmL2X10]+ 0 |
|
[AmL3X10]+ 0 |
|
[AmL4X10]+ 0 |
|
[AmL5X10]+ 0 |
|
[AmL6X10]+ 0 |
| X+2Z = 11 | |
[AmX11]+ 0 |
|
[AmLX11]+ 0 |
|
[AmL2X11]+ 0 |
|
[AmL3X11]+ 0 |
|
[AmL4X11]+ 0 |
|
[AmL5X11]+ 0 |
|
| X+2Z = 12 | [AmX10Z]+ 0 |
|
[AmX12]+ 0 |
|
[AmLX12]+ 0 |
|
[AmL2X12]+ 0 |
|
[AmL3X12]+ 0 |
|
[AmL4X12]+ 0 |
|
[AmL5X12]+ 0 |
MLXZq± grid for americium (Am) for Q = 2: [AmXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for americium (Am) for Q = 3: [AmXxLlZz]3+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of americium with that [MLXZ]q± classification.
| EN➝ | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [AmL6]3+ 0 |
|
[AmL7]3+ 0 |
|
[AmL8]3+ 0 |
|
[AmL9]3+ 100% |
|
[AmL10]3+ 0 |
|
[AmL11]3+ 0 |
|
[AmL12]3+ 0 |
| X+2Z = 1 | |
[AmL6X]3+ 0 |
|
[AmL7X]3+ 0 |
|
[AmL8X]3+ 0 |
|
[AmL9X]3+ 0 |
|
[AmL10X]3+ 0 |
|
[AmL11X]3+ 0 |
|
| X+2Z = 2 | [AmL5X2]3+ 0 |
|
[AmL6X2]3+ 0 |
|
[AmL7X2]3+ 0 |
|
[AmL8X2]3+ 0 |
|
[AmL9X2]3+ 0 |
|
[AmL10X2]3+ 0 |
|
[AmL11X2]3+ 0 |
| X+2Z = 3 | |
[AmL5X3]3+ 0 |
|
[AmL6X3]3+ 0 |
|
[AmL7X3]3+ 0 |
|
[AmL8X3]3+ 0 |
|
[AmL9X3]3+ 0 |
|
[AmL10X3]3+ 0 |
|
| X+2Z = 4 | [AmL4X4]3+ 0 |
|
[AmL5X4]3+ 0 |
|
[AmL6X4]3+ 0 |
|
[AmL7X4]3+ 0 |
|
[AmL8X4]3+ 0 |
|
[AmL9X4]3+ 0 |
|
[AmL10X4]3+ 0 |
| X+2Z = 5 | |
[AmL4X5]3+ 0 |
|
[AmL5X5]3+ 0 |
|
[AmL6X5]3+ 0 |
|
[AmL7X5]3+ 0 |
|
[AmL8X5]3+ 0 |
|
[AmL9X5]3+ 0 |
|
| X+2Z = 6 | [AmL3X6]3+ 0 |
|
[AmL4X6]3+ 0 |
|
[AmL5X6]3+ 0 |
|
[AmL6X6]3+ 0 |
|
[AmL7X6]3+ 0 |
|
[AmL8X6]3+ 0 |
|
[AmL9X6]3+ 0 |
| X+2Z = 7 | |
[AmL3X7]3+ 0 |
|
[AmL4X7]3+ 0 |
|
[AmL5X7]3+ 0 |
|
[AmL6X7]3+ 0 |
|
[AmL7X7]3+ 0 |
|
[AmL8X7]3+ 0 |
|
| X+2Z = 8 | [AmL2X8]3+ 0 |
|
[AmL3X8]3+ 0 |
|
[AmL4X8]3+ 0 |
|
[AmL5X8]3+ 0 |
|
[AmL6X8]3+ 0 |
|
[AmL7X8]3+ 0 |
|
[AmL8X8]3+ 0 |
| X+2Z = 9 | |
[AmL2X9]3+ 0 |
|
[AmL3X9]3+ 0 |
|
[AmL4X9]3+ 0 |
|
[AmL5X9]3+ 0 |
|
[AmL6X9]3+ 0 |
|
[AmL7X9]3+ 0 |
|
| X+2Z = 10 | [AmLX10]3+ 0 |
|
[AmL2X10]3+ 0 |
|
[AmL3X10]3+ 0 |
|
[AmL4X10]3+ 0 |
|
[AmL5X10]3+ 0 |
|
[AmL6X10]3+ 0 |
|
[AmL7X10]3+ 0 |
| X+2Z = 11 | |
[AmLX11]3+ 0 |
|
[AmL2X11]3+ 0 |
|
[AmL3X11]3+ 0 |
|
[AmL4X11]3+ 0 |
|
[AmL5X11]3+ 0 |
|
[AmL6X11]3+ 0 |
|
| X+2Z = 12 | [AmX12]3+ 0 |
|
[AmLX12]3+ 0 |
|
[AmL2X12]3+ 0 |
|
[AmL3X12]3+ 0 |
|
[AmL4X12]3+ 0 |
|
[AmL5X12]3+ 0 |
|
[AmL6X12]3+ 0 |
MLXZq± grid for americium (Am) for Q = 4: [AmXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = -6: [CmXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = -5: [CmXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = -4: [CmXxLlZz]4-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of curium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[CmL3]4- 0 |
|
[CmL4]4- 0 |
|
[CmL5]4- 0 |
|
[CmL6]4- 0 |
|
[CmL7]4- 0 |
|
[CmL8]4- 0 |
|
| X+2Z = 1 | [CmL2X]4- 0 |
|
[CmL3X]4- 0 |
|
[CmL4X]4- 0 |
|
[CmL5X]4- 0 |
|
[CmL6X]4- 0 |
|
[CmL7X]4- 0 |
|
[CmL8X]4- 0 |
| X+2Z = 2 | |
[CmL2X2]4- 0 |
|
[CmL3X2]4- 0 |
|
[CmL4X2]4- 0 |
|
[CmL5X2]4- 0 |
|
[CmL6X2]4- 0 |
|
[CmL7X2]4- 0 |
|
| X+2Z = 3 | [CmLX3]4- 0 |
|
[CmL2X3]4- 0 |
|
[CmL3X3]4- 0 |
|
[CmL4X3]4- 0 |
|
[CmL5X3]4- 0 |
|
[CmL6X3]4- 0 |
|
[CmL7X3]4- 0 |
| X+2Z = 4 | |
[CmLX4]4- 0 |
|
[CmL2X4]4- 0 |
|
[CmL3X4]4- 0 |
|
[CmL4X4]4- 0 |
|
[CmL5X4]4- 0 |
|
[CmL6X4]4- 0 |
|
| X+2Z = 5 | [CmX5]4- 0 |
|
[CmLX5]4- 0 |
|
[CmL2X5]4- 0 |
|
[CmL3X5]4- 0 |
|
[CmL4X5]4- 0 |
|
[CmL5X5]4- 0 |
|
[CmL6X5]4- 0 |
| X+2Z = 6 | |
[CmX6]4- 0 |
|
[CmLX6]4- 0 |
|
[CmL2X6]4- 0 |
|
[CmL3X6]4- 0 |
|
[CmL4X6]4- 0 |
|
[CmL5X6]4- 0 |
|
| X+2Z = 7 | [CmX5Z]4- 0 |
|
[CmX7]4- 100% |
|
[CmLX7]4- 0 |
|
[CmL2X7]4- 0 |
|
[CmL3X7]4- 0 |
|
[CmL4X7]4- 0 |
|
[CmL5X7]4- 0 |
| X+2Z = 8 | |
[CmX6Z]4- 0 |
|
[CmX8]4- 0 |
|
[CmLX8]4- 0 |
|
[CmL2X8]4- 0 |
|
[CmL3X8]4- 0 |
|
[CmL4X8]4- 0 |
|
| X+2Z = 9 | [CmX5Z2]4- 0 |
|
[CmX7Z]4- 0 |
|
[CmX9]4- 0 |
|
[CmLX9]4- 0 |
|
[CmL2X9]4- 0 |
|
[CmL3X9]4- 0 |
|
[CmL4X9]4- 0 |
| X+2Z = 10 | |
[CmX6Z2]4- 0 |
|
[CmX8Z]4- 0 |
|
[CmX10]4- 0 |
|
[CmLX10]4- 0 |
|
[CmL2X10]4- 0 |
|
[CmL3X10]4- 0 |
|
| X+2Z = 11 | [CmX5Z3]4- 0 |
|
[CmX7Z2]4- 0 |
|
[CmX9Z]4- 0 |
|
[CmX11]4- 0 |
|
[CmLX11]4- 0 |
|
[CmL2X11]4- 0 |
|
[CmL3X11]4- 0 |
| X+2Z = 12 | |
[CmX6Z3]4- 0 |
|
[CmX8Z2]4- 0 |
|
[CmX10Z]4- 0 |
|
[CmX12]4- 0 |
|
[CmLX12]4- 0 |
|
[CmL2X12]4- 0 |
|
MLXZq± grid for curium (Cm) for Q = -3: [CmXxLlZz]3-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of curium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [CmL3]3- 0 |
|
[CmL4]3- 0 |
|
[CmL5]3- 0 |
|
[CmL6]3- 0 |
|
[CmL7]3- 0 |
|
[CmL8]3- 0 |
|
[CmL9]3- 0 |
| X+2Z = 1 | |
[CmL3X]3- 0 |
|
[CmL4X]3- 0 |
|
[CmL5X]3- 0 |
|
[CmL6X]3- 0 |
|
[CmL7X]3- 0 |
|
[CmL8X]3- 0 |
|
| X+2Z = 2 | [CmL2X2]3- 0 |
|
[CmL3X2]3- 0 |
|
[CmL4X2]3- 0 |
|
[CmL5X2]3- 0 |
|
[CmL6X2]3- 0 |
|
[CmL7X2]3- 0 |
|
[CmL8X2]3- 0 |
| X+2Z = 3 | |
[CmL2X3]3- 0 |
|
[CmL3X3]3- 0 |
|
[CmL4X3]3- 0 |
|
[CmL5X3]3- 0 |
|
[CmL6X3]3- 0 |
|
[CmL7X3]3- 0 |
|
| X+2Z = 4 | [CmLX4]3- 0 |
|
[CmL2X4]3- 0 |
|
[CmL3X4]3- 0 |
|
[CmL4X4]3- 0 |
|
[CmL5X4]3- 0 |
|
[CmL6X4]3- 0 |
|
[CmL7X4]3- 0 |
| X+2Z = 5 | |
[CmLX5]3- 0 |
|
[CmL2X5]3- 0 |
|
[CmL3X5]3- 0 |
|
[CmL4X5]3- 0 |
|
[CmL5X5]3- 0 |
|
[CmL6X5]3- 0 |
|
| X+2Z = 6 | [CmX6]3- 0 |
|
[CmLX6]3- 0 |
|
[CmL2X6]3- 0 |
|
[CmL3X6]3- 0 |
|
[CmL4X6]3- 0 |
|
[CmL5X6]3- 0 |
|
[CmL6X6]3- 100% |
| X+2Z = 7 | |
[CmX7]3- 0 |
|
[CmLX7]3- 0 |
|
[CmL2X7]3- 0 |
|
[CmL3X7]3- 0 |
|
[CmL4X7]3- 0 |
|
[CmL5X7]3- 0 |
|
| X+2Z = 8 | [CmX6Z]3- 0 |
|
[CmX8]3- 0 |
|
[CmLX8]3- 0 |
|
[CmL2X8]3- 0 |
|
[CmL3X8]3- 0 |
|
[CmL4X8]3- 0 |
|
[CmL5X8]3- 0 |
| X+2Z = 9 | |
[CmX7Z]3- 0 |
|
[CmX9]3- 0 |
|
[CmLX9]3- 0 |
|
[CmL2X9]3- 0 |
|
[CmL3X9]3- 0 |
|
[CmL4X9]3- 0 |
|
| X+2Z = 10 | [CmX6Z2]3- 0 |
|
[CmX8Z]3- 0 |
|
[CmX10]3- 0 |
|
[CmLX10]3- 0 |
|
[CmL2X10]3- 0 |
|
[CmL3X10]3- 0 |
|
[CmL4X10]3- 0 |
| X+2Z = 11 | |
[CmX7Z2]3- 0 |
|
[CmX9Z]3- 0 |
|
[CmX11]3- 0 |
|
[CmLX11]3- 0 |
|
[CmL2X11]3- 0 |
|
[CmL3X11]3- 0 |
|
| X+2Z = 12 | [CmX6Z3]3- 0 |
|
[CmX8Z2]3- 0 |
|
[CmX10Z]3- 0 |
|
[CmX12]3- 0 |
|
[CmLX12]3- 0 |
|
[CmL2X12]3- 0 |
|
[CmL3X12]3- 0 |
MLXZq± grid for curium (Cm) for Q = -2: [CmXxLlZz]2-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of curium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[CmL4]2- 0 |
|
[CmL5]2- 0 |
|
[CmL6]2- 0 |
|
[CmL7]2- 0 |
|
[CmL8]2- 0 |
|
[CmL9]2- 0 |
|
| X+2Z = 1 | [CmL3X]2- 0 |
|
[CmL4X]2- 0 |
|
[CmL5X]2- 0 |
|
[CmL6X]2- 0 |
|
[CmL7X]2- 0 |
|
[CmL8X]2- 0 |
|
[CmL9X]2- 0 |
| X+2Z = 2 | |
[CmL3X2]2- 0 |
|
[CmL4X2]2- 0 |
|
[CmL5X2]2- 0 |
|
[CmL6X2]2- 0 |
|
[CmL7X2]2- 0 |
|
[CmL8X2]2- 0 |
|
| X+2Z = 3 | [CmL2X3]2- 0 |
|
[CmL3X3]2- 0 |
|
[CmL4X3]2- 0 |
|
[CmL5X3]2- 0 |
|
[CmL6X3]2- 0 |
|
[CmL7X3]2- 0 |
|
[CmL8X3]2- 0 |
| X+2Z = 4 | |
[CmL2X4]2- 0 |
|
[CmL3X4]2- 0 |
|
[CmL4X4]2- 0 |
|
[CmL5X4]2- 0 |
|
[CmL6X4]2- 0 |
|
[CmL7X4]2- 0 |
|
| X+2Z = 5 | [CmLX5]2- 0 |
|
[CmL2X5]2- 0 |
|
[CmL3X5]2- 0 |
|
[CmL4X5]2- 100% |
|
[CmL5X5]2- 0 |
|
[CmL6X5]2- 0 |
|
[CmL7X5]2- 0 |
| X+2Z = 6 | |
[CmLX6]2- 0 |
|
[CmL2X6]2- 0 |
|
[CmL3X6]2- 0 |
|
[CmL4X6]2- 0 |
|
[CmL5X6]2- 0 |
|
[CmL6X6]2- 0 |
|
| X+2Z = 7 | [CmX7]2- 0 |
|
[CmLX7]2- 0 |
|
[CmL2X7]2- 0 |
|
[CmL3X7]2- 0 |
|
[CmL4X7]2- 0 |
|
[CmL5X7]2- 0 |
|
[CmL6X7]2- 0 |
| X+2Z = 8 | |
[CmX8]2- 0 |
|
[CmLX8]2- 0 |
|
[CmL2X8]2- 0 |
|
[CmL3X8]2- 0 |
|
[CmL4X8]2- 0 |
|
[CmL5X8]2- 0 |
|
| X+2Z = 9 | [CmX7Z]2- 0 |
|
[CmX9]2- 0 |
|
[CmLX9]2- 0 |
|
[CmL2X9]2- 0 |
|
[CmL3X9]2- 0 |
|
[CmL4X9]2- 0 |
|
[CmL5X9]2- 0 |
| X+2Z = 10 | |
[CmX8Z]2- 0 |
|
[CmX10]2- 0 |
|
[CmLX10]2- 0 |
|
[CmL2X10]2- 0 |
|
[CmL3X10]2- 0 |
|
[CmL4X10]2- 0 |
|
| X+2Z = 11 | [CmX7Z2]2- 0 |
|
[CmX9Z]2- 0 |
|
[CmX11]2- 0 |
|
[CmLX11]2- 0 |
|
[CmL2X11]2- 0 |
|
[CmL3X11]2- 0 |
|
[CmL4X11]2- 0 |
| X+2Z = 12 | |
[CmX8Z2]2- 0 |
|
[CmX10Z]2- 0 |
|
[CmX12]2- 0 |
|
[CmLX12]2- 0 |
|
[CmL2X12]2- 0 |
|
[CmL3X12]2- 0 |
|
MLXZq± grid for curium (Cm) for Q = -1: [CmXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = 0: [CmXxLlZz]
The number of compounds found is 11.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of curium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[CmL5] 0 |
|
[CmL6] 0 |
|
[CmL7] 0 |
|
[CmL8] 0 |
|
[CmL9] 0 |
|
[CmL10] 0 |
|
| X+2Z = 1 | [CmL4X] 0 |
|
[CmL5X] 0 |
|
[CmL6X] 0 |
|
[CmL7X] 0 |
|
[CmL8X] 0 |
|
[CmL9X] 0 |
|
[CmL10X] 0 |
| X+2Z = 2 | |
[CmL4X2] 0 |
|
[CmL5X2] 0 |
|
[CmL6X2] 0 |
|
[CmL7X2] 0 |
|
[CmL8X2] 0 |
|
[CmL9X2] 0 |
|
| X+2Z = 3 | [CmL3X3] 45% |
|
[CmL4X3] 0 |
|
[CmL5X3] 27% |
|
[CmL6X3] 27% |
|
[CmL7X3] 0 |
|
[CmL8X3] 0 |
|
[CmL9X3] 0 |
| X+2Z = 4 | |
[CmL3X4] 0 |
|
[CmL4X4] 0 |
|
[CmL5X4] 0 |
|
[CmL6X4] 0 |
|
[CmL7X4] 0 |
|
[CmL8X4] 0 |
|
| X+2Z = 5 | [CmL2X5] 0 |
|
[CmL3X5] 0 |
|
[CmL4X5] 0 |
|
[CmL5X5] 0 |
|
[CmL6X5] 0 |
|
[CmL7X5] 0 |
|
[CmL8X5] 0 |
| X+2Z = 6 | |
[CmL2X6] 0 |
|
[CmL3X6] 0 |
|
[CmL4X6] 0 |
|
[CmL5X6] 0 |
|
[CmL6X6] 0 |
|
[CmL7X6] 0 |
|
| X+2Z = 7 | [CmLX7] 0 |
|
[CmL2X7] 0 |
|
[CmL3X7] 0 |
|
[CmL4X7] 0 |
|
[CmL5X7] 0 |
|
[CmL6X7] 0 |
|
[CmL7X7] 0 |
| X+2Z = 8 | |
[CmLX8] 0 |
|
[CmL2X8] 0 |
|
[CmL3X8] 0 |
|
[CmL4X8] 0 |
|
[CmL5X8] 0 |
|
[CmL6X8] 0 |
|
| X+2Z = 9 | [CmX9] 0 |
|
[CmLX9] 0 |
|
[CmL2X9] 0 |
|
[CmL3X9] 0 |
|
[CmL4X9] 0 |
|
[CmL5X9] 0 |
|
[CmL6X9] 0 |
| X+2Z = 10 | |
[CmX10] 0 |
|
[CmLX10] 0 |
|
[CmL2X10] 0 |
|
[CmL3X10] 0 |
|
[CmL4X10] 0 |
|
[CmL5X10] 0 |
|
| X+2Z = 11 | [CmX9Z] 0 |
|
[CmX11] 0 |
|
[CmLX11] 0 |
|
[CmL2X11] 0 |
|
[CmL3X11] 0 |
|
[CmL4X11] 0 |
|
[CmL5X11] 0 |
| X+2Z = 12 | |
[CmX10Z] 0 |
|
[CmX12] 0 |
|
[CmLX12] 0 |
|
[CmL2X12] 0 |
|
[CmL3X12] 0 |
|
[CmL4X12] 0 |
|
MLXZq± grid for curium (Cm) for Q = 1: [CmXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = 2: [CmXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for curium (Cm) for Q = 3: [CmXxLlZz]3+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of curium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [CmL6]3+ 0 |
|
[CmL7]3+ 0 |
|
[CmL8]3+ 0 |
|
[CmL9]3+ 100% |
|
[CmL10]3+ 0 |
|
[CmL11]3+ 0 |
|
[CmL12]3+ 0 |
| X+2Z = 1 | |
[CmL6X]3+ 0 |
|
[CmL7X]3+ 0 |
|
[CmL8X]3+ 0 |
|
[CmL9X]3+ 0 |
|
[CmL10X]3+ 0 |
|
[CmL11X]3+ 0 |
|
| X+2Z = 2 | [CmL5X2]3+ 0 |
|
[CmL6X2]3+ 0 |
|
[CmL7X2]3+ 0 |
|
[CmL8X2]3+ 0 |
|
[CmL9X2]3+ 0 |
|
[CmL10X2]3+ 0 |
|
[CmL11X2]3+ 0 |
| X+2Z = 3 | |
[CmL5X3]3+ 0 |
|
[CmL6X3]3+ 0 |
|
[CmL7X3]3+ 0 |
|
[CmL8X3]3+ 0 |
|
[CmL9X3]3+ 0 |
|
[CmL10X3]3+ 0 |
|
| X+2Z = 4 | [CmL4X4]3+ 0 |
|
[CmL5X4]3+ 0 |
|
[CmL6X4]3+ 0 |
|
[CmL7X4]3+ 0 |
|
[CmL8X4]3+ 0 |
|
[CmL9X4]3+ 0 |
|
[CmL10X4]3+ 0 |
| X+2Z = 5 | |
[CmL4X5]3+ 0 |
|
[CmL5X5]3+ 0 |
|
[CmL6X5]3+ 0 |
|
[CmL7X5]3+ 0 |
|
[CmL8X5]3+ 0 |
|
[CmL9X5]3+ 0 |
|
| X+2Z = 6 | [CmL3X6]3+ 0 |
|
[CmL4X6]3+ 0 |
|
[CmL5X6]3+ 0 |
|
[CmL6X6]3+ 0 |
|
[CmL7X6]3+ 0 |
|
[CmL8X6]3+ 0 |
|
[CmL9X6]3+ 0 |
| X+2Z = 7 | |
[CmL3X7]3+ 0 |
|
[CmL4X7]3+ 0 |
|
[CmL5X7]3+ 0 |
|
[CmL6X7]3+ 0 |
|
[CmL7X7]3+ 0 |
|
[CmL8X7]3+ 0 |
|
| X+2Z = 8 | [CmL2X8]3+ 0 |
|
[CmL3X8]3+ 0 |
|
[CmL4X8]3+ 0 |
|
[CmL5X8]3+ 0 |
|
[CmL6X8]3+ 0 |
|
[CmL7X8]3+ 0 |
|
[CmL8X8]3+ 0 |
| X+2Z = 9 | |
[CmL2X9]3+ 0 |
|
[CmL3X9]3+ 0 |
|
[CmL4X9]3+ 0 |
|
[CmL5X9]3+ 0 |
|
[CmL6X9]3+ 0 |
|
[CmL7X9]3+ 0 |
|
| X+2Z = 10 | [CmLX10]3+ 0 |
|
[CmL2X10]3+ 0 |
|
[CmL3X10]3+ 0 |
|
[CmL4X10]3+ 0 |
|
[CmL5X10]3+ 0 |
|
[CmL6X10]3+ 0 |
|
[CmL7X10]3+ 0 |
| X+2Z = 11 | |
[CmLX11]3+ 0 |
|
[CmL2X11]3+ 0 |
|
[CmL3X11]3+ 0 |
|
[CmL4X11]3+ 0 |
|
[CmL5X11]3+ 0 |
|
[CmL6X11]3+ 0 |
|
| X+2Z = 12 | [CmX12]3+ 0 |
|
[CmLX12]3+ 0 |
|
[CmL2X12]3+ 0 |
|
[CmL3X12]3+ 0 |
|
[CmL4X12]3+ 0 |
|
[CmL5X12]3+ 0 |
|
[CmL6X12]3+ 0 |
MLXZq± grid for curium (Cm) for Q = 4: [CmXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = -6: [BkXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = -5: [BkXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = -4: [BkXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = -3: [BkXxLlZz]3-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of berkelium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 |
|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[BkL3]3- 0 |
|
[BkL4]3- 0 |
|
[BkL5]3- 0 |
|
[BkL6]3- 0 |
| X+2Z = 1 | [BkL2X]3- 0 |
|
[BkL3X]3- 0 |
|
[BkL4X]3- 0 |
|
[BkL5X]3- 0 |
|
| X+2Z = 2 | |
[BkL2X2]3- 0 |
|
[BkL3X2]3- 0 |
|
[BkL4X2]3- 0 |
|
[BkL5X2]3- 0 |
| X+2Z = 3 | [BkLX3]3- 0 |
|
[BkL2X3]3- 0 |
|
[BkL3X3]3- 0 |
|
[BkL4X3]3- 0 |
|
| X+2Z = 4 | |
[BkLX4]3- 0 |
|
[BkL2X4]3- 0 |
|
[BkL3X4]3- 0 |
|
[BkL4X4]3- 0 |
| X+2Z = 5 | [BkX5]3- 0 |
|
[BkLX5]3- 0 |
|
[BkL2X5]3- 0 |
|
[BkL3X5]3- 0 |
|
| X+2Z = 6 | |
[BkX6]3- 100% |
|
[BkLX6]3- 0 |
|
[BkL2X6]3- 0 |
|
[BkL3X6]3- 0 |
| X+2Z = 7 | [BkX5Z]3- 0 |
|
[BkX7]3- 0 |
|
[BkLX7]3- 0 |
|
[BkL2X7]3- 0 |
|
| X+2Z = 8 | |
[BkX6Z]3- 0 |
|
[BkX8]3- 0 |
|
[BkLX8]3- 0 |
|
[BkL2X8]3- 0 |
| X+2Z = 9 | [BkX5Z2]3- 0 |
|
[BkX7Z]3- 0 |
|
[BkX9]3- 0 |
|
[BkLX9]3- 0 |
|
| X+2Z = 10 | |
[BkX6Z2]3- 0 |
|
[BkX8Z]3- 0 |
|
[BkX10]3- 0 |
|
[BkLX10]3- 0 |
| X+2Z = 11 | [BkX5Z3]3- 0 |
|
[BkX7Z2]3- 0 |
|
[BkX9Z]3- 0 |
|
[BkX11]3- 0 |
|
| X+2Z = 12 | |
[BkX6Z3]3- 0 |
|
[BkX8Z2]3- 0 |
|
[BkX10Z]3- 0 |
|
[BkX12]3- 0 |
MLXZq± grid for berkelium (Bk) for Q = -2: [BkXxLlZz]2-
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of berkelium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 |
|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [BkL3]2- 0 |
|
[BkL4]2- 0 |
|
[BkL5]2- 0 |
|
[BkL6]2- 0 |
|
| X+2Z = 1 | |
[BkL3X]2- 0 |
|
[BkL4X]2- 0 |
|
[BkL5X]2- 0 |
|
[BkL6X]2- 0 |
| X+2Z = 2 | [BkL2X2]2- 0 |
|
[BkL3X2]2- 0 |
|
[BkL4X2]2- 0 |
|
[BkL5X2]2- 0 |
|
| X+2Z = 3 | |
[BkL2X3]2- 0 |
|
[BkL3X3]2- 0 |
|
[BkL4X3]2- 0 |
|
[BkL5X3]2- 0 |
| X+2Z = 4 | [BkLX4]2- 0 |
|
[BkL2X4]2- 0 |
|
[BkL3X4]2- 0 |
|
[BkL4X4]2- 0 |
|
| X+2Z = 5 | |
[BkLX5]2- 0 |
|
[BkL2X5]2- 0 |
|
[BkL3X5]2- 0 |
|
[BkL4X5]2- 0 |
| X+2Z = 6 | [BkX6]2- 100% |
|
[BkLX6]2- 0 |
|
[BkL2X6]2- 0 |
|
[BkL3X6]2- 0 |
|
| X+2Z = 7 | |
[BkX7]2- 0 |
|
[BkLX7]2- 0 |
|
[BkL2X7]2- 0 |
|
[BkL3X7]2- 0 |
| X+2Z = 8 | [BkX6Z]2- 0 |
|
[BkX8]2- 0 |
|
[BkLX8]2- 0 |
|
[BkL2X8]2- 0 |
|
| X+2Z = 9 | |
[BkX7Z]2- 0 |
|
[BkX9]2- 0 |
|
[BkLX9]2- 0 |
|
[BkL2X9]2- 0 |
| X+2Z = 10 | [BkX6Z2]2- 0 |
|
[BkX8Z]2- 0 |
|
[BkX10]2- 0 |
|
[BkLX10]2- 0 |
|
| X+2Z = 11 | |
[BkX7Z2]2- 0 |
|
[BkX9Z]2- 0 |
|
[BkX11]2- 0 |
|
[BkLX11]2- 0 |
| X+2Z = 12 | [BkX6Z3]2- 0 |
|
[BkX8Z2]2- 0 |
|
[BkX10Z]2- 0 |
|
[BkX12]2- 0 |
|
MLXZq± grid for berkelium (Bk) for Q = -1: [BkXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = 0: [BkXxLlZz]
The number of compounds found is 4.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of berkelium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 |
|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [BkL4] 0 |
|
[BkL5] 0 |
|
[BkL6] 0 |
|
[BkL7] 0 |
|
| X+2Z = 1 | |
[BkL4X] 0 |
|
[BkL5X] 0 |
|
[BkL6X] 0 |
|
[BkL7X] 0 |
| X+2Z = 2 | [BkL3X2] 0 |
|
[BkL4X2] 0 |
|
[BkL5X2] 0 |
|
[BkL6X2] 0 |
|
| X+2Z = 3 | |
[BkL3X3] 75% |
|
[BkL4X3] 0 |
|
[BkL5X3] 0 |
|
[BkL6X3] 25% |
| X+2Z = 4 | [BkL2X4] 0 |
|
[BkL3X4] 0 |
|
[BkL4X4] 0 |
|
[BkL5X4] 0 |
|
| X+2Z = 5 | |
[BkL2X5] 0 |
|
[BkL3X5] 0 |
|
[BkL4X5] 0 |
|
[BkL5X5] 0 |
| X+2Z = 6 | [BkLX6] 0 |
|
[BkL2X6] 0 |
|
[BkL3X6] 0 |
|
[BkL4X6] 0 |
|
| X+2Z = 7 | |
[BkLX7] 0 |
|
[BkL2X7] 0 |
|
[BkL3X7] 0 |
|
[BkL4X7] 0 |
| X+2Z = 8 | [BkX8] 0 |
|
[BkLX8] 0 |
|
[BkL2X8] 0 |
|
[BkL3X8] 0 |
|
| X+2Z = 9 | |
[BkX9] 0 |
|
[BkLX9] 0 |
|
[BkL2X9] 0 |
|
[BkL3X9] 0 |
| X+2Z = 10 | [BkX8Z] 0 |
|
[BkX10] 0 |
|
[BkLX10] 0 |
|
[BkL2X10] 0 |
|
| X+2Z = 11 | |
[BkX9Z] 0 |
|
[BkX11] 0 |
|
[BkLX11] 0 |
|
[BkL2X11] 0 |
| X+2Z = 12 | [BkX8Z2] 0 |
|
[BkX10Z] 0 |
|
[BkX12] 0 |
|
[BkLX12] 0 |
|
MLXZq± grid for berkelium (Bk) for Q = 1: [BkXxLlZz]+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of berkelium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 |
|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[BkL5]+ 0 |
|
[BkL6]+ 0 |
|
[BkL7]+ 0 |
|
[BkL8]+ 0 |
| X+2Z = 1 | [BkL4X]+ 0 |
|
[BkL5X]+ 0 |
|
[BkL6X]+ 0 |
|
[BkL7X]+ 0 |
|
| X+2Z = 2 | |
[BkL4X2]+ 0 |
|
[BkL5X2]+ 0 |
|
[BkL6X2]+ 100% |
|
[BkL7X2]+ 0 |
| X+2Z = 3 | [BkL3X3]+ 0 |
|
[BkL4X3]+ 0 |
|
[BkL5X3]+ 0 |
|
[BkL6X3]+ 0 |
|
| X+2Z = 4 | |
[BkL3X4]+ 0 |
|
[BkL4X4]+ 0 |
|
[BkL5X4]+ 0 |
|
[BkL6X4]+ 0 |
| X+2Z = 5 | [BkL2X5]+ 0 |
|
[BkL3X5]+ 0 |
|
[BkL4X5]+ 0 |
|
[BkL5X5]+ 0 |
|
| X+2Z = 6 | |
[BkL2X6]+ 0 |
|
[BkL3X6]+ 0 |
|
[BkL4X6]+ 0 |
|
[BkL5X6]+ 0 |
| X+2Z = 7 | [BkLX7]+ 0 |
|
[BkL2X7]+ 0 |
|
[BkL3X7]+ 0 |
|
[BkL4X7]+ 0 |
|
| X+2Z = 8 | |
[BkLX8]+ 0 |
|
[BkL2X8]+ 0 |
|
[BkL3X8]+ 0 |
|
[BkL4X8]+ 0 |
| X+2Z = 9 | [BkX9]+ 0 |
|
[BkLX9]+ 0 |
|
[BkL2X9]+ 0 |
|
[BkL3X9]+ 0 |
|
| X+2Z = 10 | |
[BkX10]+ 0 |
|
[BkLX10]+ 0 |
|
[BkL2X10]+ 0 |
|
[BkL3X10]+ 0 |
| X+2Z = 11 | [BkX9Z]+ 0 |
|
[BkX11]+ 0 |
|
[BkLX11]+ 0 |
|
[BkL2X11]+ 0 |
|
| X+2Z = 12 | |
[BkX10Z]+ 0 |
|
[BkX12]+ 0 |
|
[BkLX12]+ 0 |
|
[BkL2X12]+ 0 |
MLXZq± grid for berkelium (Bk) for Q = 2: [BkXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = 3: [BkXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for berkelium (Bk) for Q = 4: [BkXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -6: [CfXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -5: [CfXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -4: [CfXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -3: [CfXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -2: [CfXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = -1: [CfXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = 0: [CfXxLlZz]
The number of compounds found is 7.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of californium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[CfL4] 0 |
|
[CfL5] 0 |
|
[CfL6] 0 |
|
[CfL7] 0 |
|
[CfL8] 0 |
| X+2Z = 1 | [CfL3X] 0 |
|
[CfL4X] 0 |
|
[CfL5X] 0 |
|
[CfL6X] 0 |
|
[CfL7X] 0 |
|
| X+2Z = 2 | |
[CfL3X2] 0 |
|
[CfL4X2] 0 |
|
[CfL5X2] 0 |
|
[CfL6X2] 14% |
|
[CfL7X2] 0 |
| X+2Z = 3 | [CfL2X3] 0 |
|
[CfL3X3] 43% |
|
[CfL4X3] 0 |
|
[CfL5X3] 14% |
|
[CfL6X3] 29% |
|
| X+2Z = 4 | |
[CfL2X4] 0 |
|
[CfL3X4] 0 |
|
[CfL4X4] 0 |
|
[CfL5X4] 0 |
|
[CfL6X4] 0 |
| X+2Z = 5 | [CfLX5] 0 |
|
[CfL2X5] 0 |
|
[CfL3X5] 0 |
|
[CfL4X5] 0 |
|
[CfL5X5] 0 |
|
| X+2Z = 6 | |
[CfLX6] 0 |
|
[CfL2X6] 0 |
|
[CfL3X6] 0 |
|
[CfL4X6] 0 |
|
[CfL5X6] 0 |
| X+2Z = 7 | [CfX7] 0 |
|
[CfLX7] 0 |
|
[CfL2X7] 0 |
|
[CfL3X7] 0 |
|
[CfL4X7] 0 |
|
| X+2Z = 8 | |
[CfX8] 0 |
|
[CfLX8] 0 |
|
[CfL2X8] 0 |
|
[CfL3X8] 0 |
|
[CfL4X8] 0 |
| X+2Z = 9 | [CfX7Z] 0 |
|
[CfX9] 0 |
|
[CfLX9] 0 |
|
[CfL2X9] 0 |
|
[CfL3X9] 0 |
|
| X+2Z = 10 | |
[CfX8Z] 0 |
|
[CfX10] 0 |
|
[CfLX10] 0 |
|
[CfL2X10] 0 |
|
[CfL3X10] 0 |
| X+2Z = 11 | [CfX7Z2] 0 |
|
[CfX9Z] 0 |
|
[CfX11] 0 |
|
[CfLX11] 0 |
|
[CfL2X11] 0 |
|
| X+2Z = 12 | |
[CfX8Z2] 0 |
|
[CfX10Z] 0 |
|
[CfX12] 0 |
|
[CfLX12] 0 |
|
[CfL2X12] 0 |
MLXZq± grid for californium (Cf) for Q = 1: [CfXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for californium (Cf) for Q = 2: [CfXxLlZz]2+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of californium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[CfL5]2+ 0 |
|
[CfL6]2+ 0 |
|
[CfL7]2+ 0 |
|
[CfL8]2+ 0 |
|
[CfL9]2+ 100% |
| X+2Z = 1 | [CfL4X]2+ 0 |
|
[CfL5X]2+ 0 |
|
[CfL6X]2+ 0 |
|
[CfL7X]2+ 0 |
|
[CfL8X]2+ 0 |
|
| X+2Z = 2 | |
[CfL4X2]2+ 0 |
|
[CfL5X2]2+ 0 |
|
[CfL6X2]2+ 0 |
|
[CfL7X2]2+ 0 |
|
[CfL8X2]2+ 0 |
| X+2Z = 3 | [CfL3X3]2+ 0 |
|
[CfL4X3]2+ 0 |
|
[CfL5X3]2+ 0 |
|
[CfL6X3]2+ 0 |
|
[CfL7X3]2+ 0 |
|
| X+2Z = 4 | |
[CfL3X4]2+ 0 |
|
[CfL4X4]2+ 0 |
|
[CfL5X4]2+ 0 |
|
[CfL6X4]2+ 0 |
|
[CfL7X4]2+ 0 |
| X+2Z = 5 | [CfL2X5]2+ 0 |
|
[CfL3X5]2+ 0 |
|
[CfL4X5]2+ 0 |
|
[CfL5X5]2+ 0 |
|
[CfL6X5]2+ 0 |
|
| X+2Z = 6 | |
[CfL2X6]2+ 0 |
|
[CfL3X6]2+ 0 |
|
[CfL4X6]2+ 0 |
|
[CfL5X6]2+ 0 |
|
[CfL6X6]2+ 0 |
| X+2Z = 7 | [CfLX7]2+ 0 |
|
[CfL2X7]2+ 0 |
|
[CfL3X7]2+ 0 |
|
[CfL4X7]2+ 0 |
|
[CfL5X7]2+ 0 |
|
| X+2Z = 8 | |
[CfLX8]2+ 0 |
|
[CfL2X8]2+ 0 |
|
[CfL3X8]2+ 0 |
|
[CfL4X8]2+ 0 |
|
[CfL5X8]2+ 0 |
| X+2Z = 9 | [CfX9]2+ 0 |
|
[CfLX9]2+ 0 |
|
[CfL2X9]2+ 0 |
|
[CfL3X9]2+ 0 |
|
[CfL4X9]2+ 0 |
|
| X+2Z = 10 | |
[CfX10]2+ 0 |
|
[CfLX10]2+ 0 |
|
[CfL2X10]2+ 0 |
|
[CfL3X10]2+ 0 |
|
[CfL4X10]2+ 0 |
| X+2Z = 11 | [CfX9Z]2+ 0 |
|
[CfX11]2+ 0 |
|
[CfLX11]2+ 0 |
|
[CfL2X11]2+ 0 |
|
[CfL3X11]2+ 0 |
|
| X+2Z = 12 | |
[CfX10Z]2+ 0 |
|
[CfX12]2+ 0 |
|
[CfLX12]2+ 0 |
|
[CfL2X12]2+ 0 |
|
[CfL3X12]2+ 0 |
MLXZq± grid for californium (Cf) for Q = 3: [CfXxLlZz]3+
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of californium with that [MLXZ]q± classification.
| EN➝ | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 |
|---|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [CfL5]3+ 0 |
|
[CfL6]3+ 0 |
|
[CfL7]3+ 0 |
|
[CfL8]3+ 0 |
|
[CfL9]3+ 100% |
|
| X+2Z = 1 | |
[CfL5X]3+ 0 |
|
[CfL6X]3+ 0 |
|
[CfL7X]3+ 0 |
|
[CfL8X]3+ 0 |
|
[CfL9X]3+ 0 |
| X+2Z = 2 | [CfL4X2]3+ 0 |
|
[CfL5X2]3+ 0 |
|
[CfL6X2]3+ 0 |
|
[CfL7X2]3+ 0 |
|
[CfL8X2]3+ 0 |
|
| X+2Z = 3 | |
[CfL4X3]3+ 0 |
|
[CfL5X3]3+ 0 |
|
[CfL6X3]3+ 0 |
|
[CfL7X3]3+ 0 |
|
[CfL8X3]3+ 0 |
| X+2Z = 4 | [CfL3X4]3+ 0 |
|
[CfL4X4]3+ 0 |
|
[CfL5X4]3+ 0 |
|
[CfL6X4]3+ 0 |
|
[CfL7X4]3+ 0 |
|
| X+2Z = 5 | |
[CfL3X5]3+ 0 |
|
[CfL4X5]3+ 0 |
|
[CfL5X5]3+ 0 |
|
[CfL6X5]3+ 0 |
|
[CfL7X5]3+ 0 |
| X+2Z = 6 | [CfL2X6]3+ 0 |
|
[CfL3X6]3+ 0 |
|
[CfL4X6]3+ 0 |
|
[CfL5X6]3+ 0 |
|
[CfL6X6]3+ 0 |
|
| X+2Z = 7 | |
[CfL2X7]3+ 0 |
|
[CfL3X7]3+ 0 |
|
[CfL4X7]3+ 0 |
|
[CfL5X7]3+ 0 |
|
[CfL6X7]3+ 0 |
| X+2Z = 8 | [CfLX8]3+ 0 |
|
[CfL2X8]3+ 0 |
|
[CfL3X8]3+ 0 |
|
[CfL4X8]3+ 0 |
|
[CfL5X8]3+ 0 |
|
| X+2Z = 9 | |
[CfLX9]3+ 0 |
|
[CfL2X9]3+ 0 |
|
[CfL3X9]3+ 0 |
|
[CfL4X9]3+ 0 |
|
[CfL5X9]3+ 0 |
| X+2Z = 10 | [CfX10]3+ 0 |
|
[CfLX10]3+ 0 |
|
[CfL2X10]3+ 0 |
|
[CfL3X10]3+ 0 |
|
[CfL4X10]3+ 0 |
|
| X+2Z = 11 | |
[CfX11]3+ 0 |
|
[CfLX11]3+ 0 |
|
[CfL2X11]3+ 0 |
|
[CfL3X11]3+ 0 |
|
[CfL4X11]3+ 0 |
| X+2Z = 12 | [CfX10Z]3+ 0 |
|
[CfX12]3+ 0 |
|
[CfLX12]3+ 0 |
|
[CfL2X12]3+ 0 |
|
[CfL3X12]3+ 0 |
|
MLXZq± grid for californium (Cf) for Q = 4: [CfXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -6: [EsXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -5: [EsXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -4: [EsXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -3: [EsXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -2: [EsXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = -1: [EsXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = 0: [EsXxLlZz]
The number of compounds found is 1.
The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ]q± classification associated with that cell. A separate table for each value of q± is plotted. Select any entry in the tables where there is shading to see a list of compounds of einsteinium with that [MLXZ]q± classification.
| EN➝ | 28 |
|---|---|
| X+2Z = 0 | |
| X+2Z = 1 | [EsL7X] 0 |
| X+2Z = 2 | |
| X+2Z = 3 | [EsL6X3] 100% |
| X+2Z = 4 | |
| X+2Z = 5 | [EsL5X5] 0 |
| X+2Z = 6 | |
| X+2Z = 7 | [EsL4X7] 0 |
| X+2Z = 8 | |
| X+2Z = 9 | [EsL3X9] 0 |
| X+2Z = 10 | |
| X+2Z = 11 | [EsL2X11] 0 |
| X+2Z = 12 | |
MLXZq± grid for einsteinium (Es) for Q = 1: [EsXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = 2: [EsXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = 3: [EsXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for einsteinium (Es) for Q = 4: [EsXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -6: [FmXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -5: [FmXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -4: [FmXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -3: [FmXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -2: [FmXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = -1: [FmXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = 0: [FmXxLlZz]
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = 1: [FmXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = 2: [FmXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = 3: [FmXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for fermium (Fm) for Q = 4: [FmXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -6: [MdXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -5: [MdXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -4: [MdXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -3: [MdXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -2: [MdXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = -1: [MdXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = 0: [MdXxLlZz]
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = 1: [MdXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = 2: [MdXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = 3: [MdXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for mendelevium (Md) for Q = 4: [MdXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -6: [NoXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -5: [NoXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -4: [NoXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -3: [NoXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -2: [NoXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = -1: [NoXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = 0: [NoXxLlZz]
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = 1: [NoXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = 2: [NoXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = 3: [NoXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for nobelium (No) for Q = 4: [NoXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -6: [LrXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -5: [LrXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -4: [LrXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -3: [LrXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -2: [LrXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = -1: [LrXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = 0: [LrXxLlZz]
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = 1: [LrXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = 2: [LrXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = 3: [LrXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for lawrencium (Lr) for Q = 4: [LrXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -6: [RfXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -5: [RfXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -4: [RfXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -3: [RfXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -2: [RfXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = -1: [RfXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = 0: [RfXxLlZz]
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = 1: [RfXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = 2: [RfXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = 3: [RfXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for rutherfordium (Rf) for Q = 4: [RfXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -6: [DbXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -5: [DbXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -4: [DbXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -3: [DbXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -2: [DbXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = -1: [DbXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = 0: [DbXxLlZz]
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = 1: [DbXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = 2: [DbXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = 3: [DbXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for dubnium (Db) for Q = 4: [DbXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -6: [SgXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -5: [SgXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -4: [SgXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -3: [SgXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -2: [SgXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = -1: [SgXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = 0: [SgXxLlZz]
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = 1: [SgXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = 2: [SgXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = 3: [SgXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for seaborgium (Sg) for Q = 4: [SgXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -6: [BhXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -5: [BhXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -4: [BhXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -3: [BhXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -2: [BhXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = -1: [BhXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = 0: [BhXxLlZz]
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = 1: [BhXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = 2: [BhXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = 3: [BhXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for bohrium (Bh) for Q = 4: [BhXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -6: [HsXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -5: [HsXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -4: [HsXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -3: [HsXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -2: [HsXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = -1: [HsXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = 0: [HsXxLlZz]
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = 1: [HsXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = 2: [HsXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = 3: [HsXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for hassium (Hs) for Q = 4: [HsXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -6: [MtXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -5: [MtXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -4: [MtXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -3: [MtXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -2: [MtXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = -1: [MtXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = 0: [MtXxLlZz]
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = 1: [MtXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = 2: [MtXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = 3: [MtXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for meitnerium (Mt) for Q = 4: [MtXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -6: [DsXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -5: [DsXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -4: [DsXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -3: [DsXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -2: [DsXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = -1: [DsXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = 0: [DsXxLlZz]
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = 1: [DsXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = 2: [DsXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = 3: [DsXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for darmstadtium (Ds) for Q = 4: [DsXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -6: [RgXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -5: [RgXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -4: [RgXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -3: [RgXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -2: [RgXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = -1: [RgXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = 0: [RgXxLlZz]
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = 1: [RgXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = 2: [RgXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = 3: [RgXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for roentgenium (Rg) for Q = 4: [RgXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -6: [CnXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -5: [CnXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -4: [CnXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -3: [CnXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -2: [CnXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = -1: [CnXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = 0: [CnXxLlZz]
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = 1: [CnXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = 2: [CnXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = 3: [CnXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for copernicium (Cn) for Q = 4: [CnXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -6: [NhXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -5: [NhXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -4: [NhXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -3: [NhXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -2: [NhXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = -1: [NhXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = 0: [NhXxLlZz]
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = 1: [NhXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = 2: [NhXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = 3: [NhXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for nihonium (Nh) for Q = 4: [NhXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -6: [FlXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -5: [FlXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -4: [FlXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -3: [FlXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -2: [FlXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = -1: [FlXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = 0: [FlXxLlZz]
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = 1: [FlXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = 2: [FlXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = 3: [FlXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for flerovium (Fl) for Q = 4: [FlXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -6: [McXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -5: [McXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -4: [McXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -3: [McXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -2: [McXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = -1: [McXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = 0: [McXxLlZz]
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = 1: [McXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = 2: [McXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = 3: [McXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for moscovium (Mc) for Q = 4: [McXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -6: [LvXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -5: [LvXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -4: [LvXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -3: [LvXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -2: [LvXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = -1: [LvXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = 0: [LvXxLlZz]
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = 1: [LvXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = 2: [LvXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = 3: [LvXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for livermorium (Lv) for Q = 4: [LvXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -6: [TsXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -5: [TsXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -4: [TsXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -3: [TsXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -2: [TsXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = -1: [TsXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = 0: [TsXxLlZz]
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = 1: [TsXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = 2: [TsXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = 3: [TsXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for tennessine (Ts) for Q = 4: [TsXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -6: [OgXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -5: [OgXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -4: [OgXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -3: [OgXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -2: [OgXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = -1: [OgXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = 0: [OgXxLlZz]
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = 1: [OgXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = 2: [OgXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = 3: [OgXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for oganesson (Og) for Q = 4: [OgXxLlZz]4+
The number of compounds found is 0.