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.