MLXZq± grid for hydrogen (H) for Q = -6: [HXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = -5: [HXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = -4: [HXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = -3: [HXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = -2: [HXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = -1: [HXxLlZz]-
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 hydrogen with that [MLXZ]q± classification.
| EN➝ | 2 |
|---|---|
| X+2Z = 0 | [H]- 0 |
| X+2Z = 1 | |
| X+2Z = 2 | [HZ]- 100% |
| X+2Z = 3 | |
| X+2Z = 4 | [HZ2]- 0 |
| X+2Z = 5 | |
| X+2Z = 6 | [HZ3]- 0 |
| X+2Z = 7 | |
| X+2Z = 8 | [HZ4]- 0 |
| X+2Z = 9 | |
| X+2Z = 10 | [HZ5]- 0 |
| X+2Z = 11 | |
| X+2Z = 12 | [HZ6]- 0 |
MLXZq± grid for hydrogen (H) for Q = 0: [HXxLlZz]
The number of compounds found is 3940.
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 hydrogen with that [MLXZ]q± classification.
| EN➝ | 2 |
|---|---|
| X+2Z = 0 | |
| X+2Z = 1 | [HX] 100% |
| X+2Z = 2 | |
| X+2Z = 3 | [HXZ] 0 |
| X+2Z = 4 | |
| X+2Z = 5 | [HXZ2] 0 |
| X+2Z = 6 | |
| X+2Z = 7 | [HXZ3] 0 |
| X+2Z = 8 | |
| X+2Z = 9 | [HXZ4] 0 |
| X+2Z = 10 | |
| X+2Z = 11 | [HXZ5] 0 |
| X+2Z = 12 | |
MLXZq± grid for hydrogen (H) for Q = 1: [HXxLlZz]+
The number of compounds found is 28.
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 hydrogen with that [MLXZ]q± classification.
| EN➝ | 2 |
|---|---|
| X+2Z = 0 | [HL]+ 100% |
| X+2Z = 1 | |
| X+2Z = 2 | [HX2]+ 0 |
| X+2Z = 3 | |
| X+2Z = 4 | [HX2Z]+ 0 |
| X+2Z = 5 | |
| X+2Z = 6 | [HX2Z2]+ 0 |
| X+2Z = 7 | |
| X+2Z = 8 | [HX2Z3]+ 0 |
| X+2Z = 9 | |
| X+2Z = 10 | [HX2Z4]+ 0 |
| X+2Z = 11 | |
| X+2Z = 12 | [HX2Z5]+ 0 |
MLXZq± grid for hydrogen (H) for Q = 2: [HXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = 3: [HXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for hydrogen (H) for Q = 4: [HXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -6: [FXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -5: [FXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -4: [FXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -3: [FXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -2: [FXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = -1: [FXxLlZz]-
The number of compounds found is 48.
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 fluorine with that [MLXZ]q± classification.
| EN➝ | 8 |
|---|---|
| X+2Z = 0 | [F]- 0 |
| X+2Z = 1 | |
| X+2Z = 2 | [FZ]- 46% |
| X+2Z = 3 | |
| X+2Z = 4 | [FZ2]- 54% |
| X+2Z = 5 | |
| X+2Z = 6 | [FZ3]- 0 |
| X+2Z = 7 | |
| X+2Z = 8 | [FZ4]- 0 |
| X+2Z = 9 | |
| X+2Z = 10 | [FZ5]- 0 |
| X+2Z = 11 | |
| X+2Z = 12 | [FZ6]- 0 |
MLXZq± grid for fluorine (F) for Q = 0: [FXxLlZz]
The number of compounds found is 1873.
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 fluorine with that [MLXZ]q± classification.
| EN➝ | 8 |
|---|---|
| X+2Z = 0 | |
| X+2Z = 1 | [FX] 92% |
| X+2Z = 2 | |
| X+2Z = 3 | [FXZ] 7% |
| X+2Z = 4 | |
| X+2Z = 5 | [FXZ2] 0.5% |
| X+2Z = 6 | |
| X+2Z = 7 | [FXZ3] 0 |
| X+2Z = 8 | |
| X+2Z = 9 | [FXZ4] 0 |
| X+2Z = 10 | |
| X+2Z = 11 | [FXZ5] 0 |
| X+2Z = 12 | |
MLXZq± grid for fluorine (F) for Q = 1: [FXxLlZz]+
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 fluorine with that [MLXZ]q± classification.
| EN➝ | 8 |
|---|---|
| X+2Z = 0 | [FL]+ 100% |
| X+2Z = 1 | |
| X+2Z = 2 | [FX2]+ 0 |
| X+2Z = 3 | |
| X+2Z = 4 | [FX2Z]+ 0 |
| X+2Z = 5 | |
| X+2Z = 6 | [FX2Z2]+ 0 |
| X+2Z = 7 | |
| X+2Z = 8 | [FX2Z3]+ 0 |
| X+2Z = 9 | |
| X+2Z = 10 | [FX2Z4]+ 0 |
| X+2Z = 11 | |
| X+2Z = 12 | [FX2Z5]+ 0 |
MLXZq± grid for fluorine (F) for Q = 2: [FXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = 3: [FXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for fluorine (F) for Q = 4: [FXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -6: [ClXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -5: [ClXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -4: [ClXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -3: [ClXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -2: [ClXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for chlorine (Cl) for Q = -1: [ClXxLlZz]-
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 chlorine with that [MLXZ]q± classification.
| EN➝ | 7 | 8 | 9 | 10 | 11 | 12 |
|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[Cl]- 0 |
|
[ClL]- 0 |
|
[ClL2]- 0 |
| X+2Z = 1 | [ClZ]- 0 |
|
[ClX]- 0 |
|
[ClLX]- 0 |
|
| X+2Z = 2 | |
[ClZ]- 92% |
|
[ClX2]- 0 |
|
[ClLX2]- 0 |
| X+2Z = 3 | [ClZ2]- 0 |
|
[ClXZ]- 0 |
|
[ClX3]- 0 |
|
| X+2Z = 4 | |
[ClZ2]- 4% |
|
[ClX2Z]- 0 |
|
[ClX4]- 4% |
| X+2Z = 5 | [ClZ3]- 0 |
|
[ClXZ2]- 0 |
|
[ClX3Z]- 0 |
|
| X+2Z = 6 | |
[ClZ3]- 0 |
|
[ClX2Z2]- 0 |
|
[ClX4Z]- 0 |
| X+2Z = 7 | [ClZ4]- 0 |
|
[ClXZ3]- 0 |
|
[ClX3Z2]- 0 |
|
| X+2Z = 8 | |
[ClZ4]- 0 |
|
[ClX2Z3]- 0 |
|
[ClX4Z2]- 0 |
| X+2Z = 9 | [ClZ5]- 0 |
|
[ClXZ4]- 0 |
|
[ClX3Z3]- 0 |
|
| X+2Z = 10 | |
[ClZ5]- 0 |
|
[ClX2Z4]- 0 |
|
[ClX4Z3]- 0 |
| X+2Z = 11 | [ClZ6]- 0 |
|
[ClXZ5]- 0 |
|
[ClX3Z4]- 0 |
|
| X+2Z = 12 | |
[ClZ6]- 0 |
|
[ClX2Z5]- 0 |
|
[ClX4Z4]- 0 |
MLXZq± grid for chlorine (Cl) for Q = 0: [ClXxLlZz]
The number of compounds found is 4339.
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 chlorine with that [MLXZ]q± classification.
| EN➝ | 7 | 8 | 9 | 10 | 11 | 12 |
|---|---|---|---|---|---|---|
| X+2Z = 0 | [Cl] 0 |
|
[ClL] 0 |
|
[ClL2] 0 |
|
| X+2Z = 1 | |
[ClX] 89% |
|
[ClLX] 0 |
|
[ClL2X] 0 |
| X+2Z = 2 | [ClZ] 0 |
|
[ClX2] 0 |
|
[ClLX2] 0 |
|
| X+2Z = 3 | |
[ClXZ] 10% |
|
[ClX3] 0.02% |
|
[ClLX3] 0 |
| X+2Z = 4 | [ClZ2] 0.02% |
|
[ClX2Z] 0 |
|
[ClX4] 0 |
|
| X+2Z = 5 | |
[ClXZ2] 1% |
|
[ClX3Z] 0 |
|
[ClX5] 0 |
| X+2Z = 6 | [ClZ3] 0 |
|
[ClX2Z2] 0 |
|
[ClX4Z] 0 |
|
| X+2Z = 7 | |
[ClXZ3] 0 |
|
[ClX3Z2] 0 |
|
[ClX5Z] 0 |
| X+2Z = 8 | [ClZ4] 0 |
|
[ClX2Z3] 0 |
|
[ClX4Z2] 0 |
|
| X+2Z = 9 | |
[ClXZ4] 0 |
|
[ClX3Z3] 0 |
|
[ClX5Z2] 0 |
| X+2Z = 10 | [ClZ5] 0 |
|
[ClX2Z4] 0 |
|
[ClX4Z3] 0 |
|
| X+2Z = 11 | |
[ClXZ5] 0 |
|
[ClX3Z4] 0 |
|
[ClX5Z3] 0 |
| X+2Z = 12 | [ClZ6] 0 |
|
[ClX2Z5] 0 |
|
[ClX4Z4] 0 |
|
MLXZq± grid for chlorine (Cl) for Q = 1: [ClXxLlZz]+
The number of compounds found is 12.
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 chlorine with that [MLXZ]q± classification.
| EN➝ | 7 | 8 | 9 | 10 | 11 | 12 |
|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ClL]+ 50% |
|
[ClL2]+ 0 |
|
[ClL3]+ 0 |
| X+2Z = 1 | [ClX]+ 0 |
|
[ClLX]+ 0 |
|
[ClL2X]+ 0 |
|
| X+2Z = 2 | |
[ClX2]+ 17% |
|
[ClLX2]+ 0 |
|
[ClL2X2]+ 0 |
| X+2Z = 3 | [ClXZ]+ 0 |
|
[ClX3]+ 0 |
|
[ClLX3]+ 0 |
|
| X+2Z = 4 | |
[ClX2Z]+ 0 |
|
[ClX4]+ 25% |
|
[ClLX4]+ 0 |
| X+2Z = 5 | [ClXZ2]+ 0 |
|
[ClX3Z]+ 0 |
|
[ClX5]+ 0 |
|
| X+2Z = 6 | |
[ClX2Z2]+ 0 |
|
[ClX4Z]+ 0 |
|
[ClX6]+ 8% |
| X+2Z = 7 | [ClXZ3]+ 0 |
|
[ClX3Z2]+ 0 |
|
[ClX5Z]+ 0 |
|
| X+2Z = 8 | |
[ClX2Z3]+ 0 |
|
[ClX4Z2]+ 0 |
|
[ClX6Z]+ 0 |
| X+2Z = 9 | [ClXZ4]+ 0 |
|
[ClX3Z3]+ 0 |
|
[ClX5Z2]+ 0 |
|
| X+2Z = 10 | |
[ClX2Z4]+ 0 |
|
[ClX4Z3]+ 0 |
|
[ClX6Z2]+ 0 |
| X+2Z = 11 | [ClXZ5]+ 0 |
|
[ClX3Z4]+ 0 |
|
[ClX5Z3]+ 0 |
|
| X+2Z = 12 | |
[ClX2Z5]+ 0 |
|
[ClX4Z4]+ 0 |
|
[ClX6Z3]+ 0 |
MLXZq± grid for chlorine (Cl) for Q = 2: [ClXxLlZz]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 chlorine with that [MLXZ]q± classification.
| EN➝ | 7 | 8 | 9 | 10 | 11 | 12 |
|---|---|---|---|---|---|---|
| X+2Z = 0 | [ClL]2+ 0 |
|
[ClL2]2+ 0 |
|
[ClL3]2+ 0 |
|
| X+2Z = 1 | |
[ClLX]2+ 0 |
|
[ClL2X]2+ 0 |
|
[ClL3X]2+ 0 |
| X+2Z = 2 | [ClX2]2+ 0 |
|
[ClLX2]2+ 0 |
|
[ClL2X2]2+ 0 |
|
| X+2Z = 3 | |
[ClX3]2+ 100% |
|
[ClLX3]2+ 0 |
|
[ClL2X3]2+ 0 |
| X+2Z = 4 | [ClX2Z]2+ 0 |
|
[ClX4]2+ 0 |
|
[ClLX4]2+ 0 |
|
| X+2Z = 5 | |
[ClX3Z]2+ 0 |
|
[ClX5]2+ 0 |
|
[ClLX5]2+ 0 |
| X+2Z = 6 | [ClX2Z2]2+ 0 |
|
[ClX4Z]2+ 0 |
|
[ClX6]2+ 0 |
|
| X+2Z = 7 | |
[ClX3Z2]2+ 0 |
|
[ClX5Z]2+ 0 |
|
[ClX7]2+ 0 |
| X+2Z = 8 | [ClX2Z3]2+ 0 |
|
[ClX4Z2]2+ 0 |
|
[ClX6Z]2+ 0 |
|
| X+2Z = 9 | |
[ClX3Z3]2+ 0 |
|
[ClX5Z2]2+ 0 |
|
[ClX7Z]2+ 0 |
| X+2Z = 10 | [ClX2Z4]2+ 0 |
|
[ClX4Z3]2+ 0 |
|
[ClX6Z2]2+ 0 |
|
| X+2Z = 11 | |
[ClX3Z4]2+ 0 |
|
[ClX5Z3]2+ 0 |
|
[ClX7Z2]2+ 0 |
| X+2Z = 12 | [ClX2Z5]2+ 0 |
|
[ClX4Z4]2+ 0 |
|
[ClX6Z3]2+ 0 |
|
MLXZq± grid for chlorine (Cl) for Q = 3: [ClXxLlZz]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 chlorine with that [MLXZ]q± classification.
| EN➝ | 7 | 8 | 9 | 10 | 11 | 12 |
|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[ClL2]3+ 0 |
|
[ClL3]3+ 0 |
|
[ClL4]3+ 0 |
| X+2Z = 1 | [ClLX]3+ 0 |
|
[ClL2X]3+ 0 |
|
[ClL3X]3+ 0 |
|
| X+2Z = 2 | |
[ClLX2]3+ 0 |
|
[ClL2X2]3+ 0 |
|
[ClL3X2]3+ 0 |
| X+2Z = 3 | [ClX3]3+ 0 |
|
[ClLX3]3+ 0 |
|
[ClL2X3]3+ 0 |
|
| X+2Z = 4 | |
[ClX4]3+ 100% |
|
[ClLX4]3+ 0 |
|
[ClL2X4]3+ 0 |
| X+2Z = 5 | [ClX3Z]3+ 0 |
|
[ClX5]3+ 0 |
|
[ClLX5]3+ 0 |
|
| X+2Z = 6 | |
[ClX4Z]3+ 0 |
|
[ClX6]3+ 0 |
|
[ClLX6]3+ 0 |
| X+2Z = 7 | [ClX3Z2]3+ 0 |
|
[ClX5Z]3+ 0 |
|
[ClX7]3+ 0 |
|
| X+2Z = 8 | |
[ClX4Z2]3+ 0 |
|
[ClX6Z]3+ 0 |
|
[ClX8]3+ 0 |
| X+2Z = 9 | [ClX3Z3]3+ 0 |
|
[ClX5Z2]3+ 0 |
|
[ClX7Z]3+ 0 |
|
| X+2Z = 10 | |
[ClX4Z3]3+ 0 |
|
[ClX6Z2]3+ 0 |
|
[ClX8Z]3+ 0 |
| X+2Z = 11 | [ClX3Z4]3+ 0 |
|
[ClX5Z3]3+ 0 |
|
[ClX7Z2]3+ 0 |
|
| X+2Z = 12 | |
[ClX4Z4]3+ 0 |
|
[ClX6Z3]3+ 0 |
|
[ClX8Z2]3+ 0 |
MLXZq± grid for chlorine (Cl) for Q = 4: [ClXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -6: [BrXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -5: [BrXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -4: [BrXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -3: [BrXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -2: [BrXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for bromine (Br) for Q = -1: [BrXxLlZz]-
The number of compounds found is 19.
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 bromine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [Br]- 0 |
|
[BrL]- 0 |
|
[BrL2]- 0 |
|
[BrL3]- 0 |
| X+2Z = 1 | |
[BrX]- 0 |
|
[BrLX]- 0 |
|
[BrL2X]- 0 |
|
| X+2Z = 2 | [BrZ]- 74% |
|
[BrX2]- 11% |
|
[BrLX2]- 0 |
|
[BrL2X2]- 0 |
| X+2Z = 3 | |
[BrXZ]- 0 |
|
[BrX3]- 0 |
|
[BrLX3]- 0 |
|
| X+2Z = 4 | [BrZ2]- 5% |
|
[BrX2Z]- 0 |
|
[BrX4]- 5% |
|
[BrLX4]- 0 |
| X+2Z = 5 | |
[BrXZ2]- 0 |
|
[BrX3Z]- 0 |
|
[BrX5]- 0 |
|
| X+2Z = 6 | [BrZ3]- 0 |
|
[BrX2Z2]- 0 |
|
[BrX4Z]- 0 |
|
[BrX6]- 5% |
| X+2Z = 7 | |
[BrXZ3]- 0 |
|
[BrX3Z2]- 0 |
|
[BrX5Z]- 0 |
|
| X+2Z = 8 | [BrZ4]- 0 |
|
[BrX2Z3]- 0 |
|
[BrX4Z2]- 0 |
|
[BrX6Z]- 0 |
| X+2Z = 9 | |
[BrXZ4]- 0 |
|
[BrX3Z3]- 0 |
|
[BrX5Z2]- 0 |
|
| X+2Z = 10 | [BrZ5]- 0 |
|
[BrX2Z4]- 0 |
|
[BrX4Z3]- 0 |
|
[BrX6Z2]- 0 |
| X+2Z = 11 | |
[BrXZ5]- 0 |
|
[BrX3Z4]- 0 |
|
[BrX5Z3]- 0 |
|
| X+2Z = 12 | [BrZ6]- 0 |
|
[BrX2Z5]- 0 |
|
[BrX4Z4]- 0 |
|
[BrX6Z3]- 0 |
MLXZq± grid for bromine (Br) for Q = 0: [BrXxLlZz]
The number of compounds found is 1520.
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 bromine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[BrL] 0 |
|
[BrL2] 0 |
|
[BrL3] 0 |
|
| X+2Z = 1 | [BrX] 86% |
|
[BrLX] 0 |
|
[BrL2X] 0 |
|
[BrL3X] 0 |
| X+2Z = 2 | |
[BrX2] 0 |
|
[BrLX2] 0 |
|
[BrL2X2] 0 |
|
| X+2Z = 3 | [BrXZ] 12% |
|
[BrX3] 0.1% |
|
[BrLX3] 0 |
|
[BrL2X3] 0 |
| X+2Z = 4 | |
[BrX2Z] 0 |
|
[BrX4] 0 |
|
[BrLX4] 0 |
|
| X+2Z = 5 | [BrXZ2] 2% |
|
[BrX3Z] 0 |
|
[BrX5] 0.1% |
|
[BrLX5] 0 |
| X+2Z = 6 | |
[BrX2Z2] 0 |
|
[BrX4Z] 0 |
|
[BrX6] 0 |
|
| X+2Z = 7 | [BrXZ3] 0.1% |
|
[BrX3Z2] 0 |
|
[BrX5Z] 0 |
|
[BrX7] 0 |
| X+2Z = 8 | |
[BrX2Z3] 0 |
|
[BrX4Z2] 0 |
|
[BrX6Z] 0 |
|
| X+2Z = 9 | [BrXZ4] 0 |
|
[BrX3Z3] 0 |
|
[BrX5Z2] 0 |
|
[BrX7Z] 0 |
| X+2Z = 10 | |
[BrX2Z4] 0 |
|
[BrX4Z3] 0 |
|
[BrX6Z2] 0 |
|
| X+2Z = 11 | [BrXZ5] 0 |
|
[BrX3Z4] 0 |
|
[BrX5Z3] 0 |
|
[BrX7Z2] 0 |
| X+2Z = 12 | |
[BrX2Z5] 0 |
|
[BrX4Z4] 0 |
|
[BrX6Z3] 0 |
|
MLXZq± grid for bromine (Br) for Q = 1: [BrXxLlZz]+
The number of compounds found is 25.
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 bromine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [BrL]+ 60% |
|
[BrL2]+ 12% |
|
[BrL3]+ 0 |
|
[BrL4]+ 0 |
| X+2Z = 1 | |
[BrLX]+ 0 |
|
[BrL2X]+ 0 |
|
[BrL3X]+ 0 |
|
| X+2Z = 2 | [BrX2]+ 12% |
|
[BrLX2]+ 0 |
|
[BrL2X2]+ 0 |
|
[BrL3X2]+ 0 |
| X+2Z = 3 | |
[BrX3]+ 0 |
|
[BrLX3]+ 0 |
|
[BrL2X3]+ 0 |
|
| X+2Z = 4 | [BrX2Z]+ 0 |
|
[BrX4]+ 12% |
|
[BrLX4]+ 0 |
|
[BrL2X4]+ 0 |
| X+2Z = 5 | |
[BrX3Z]+ 0 |
|
[BrX5]+ 0 |
|
[BrLX5]+ 0 |
|
| X+2Z = 6 | [BrX2Z2]+ 0 |
|
[BrX4Z]+ 0 |
|
[BrX6]+ 4% |
|
[BrLX6]+ 0 |
| X+2Z = 7 | |
[BrX3Z2]+ 0 |
|
[BrX5Z]+ 0 |
|
[BrX7]+ 0 |
|
| X+2Z = 8 | [BrX2Z3]+ 0 |
|
[BrX4Z2]+ 0 |
|
[BrX6Z]+ 0 |
|
[BrX8]+ 0 |
| X+2Z = 9 | |
[BrX3Z3]+ 0 |
|
[BrX5Z2]+ 0 |
|
[BrX7Z]+ 0 |
|
| X+2Z = 10 | [BrX2Z4]+ 0 |
|
[BrX4Z3]+ 0 |
|
[BrX6Z2]+ 0 |
|
[BrX8Z]+ 0 |
| X+2Z = 11 | |
[BrX3Z4]+ 0 |
|
[BrX5Z3]+ 0 |
|
[BrX7Z2]+ 0 |
|
| X+2Z = 12 | [BrX2Z5]+ 0 |
|
[BrX4Z4]+ 0 |
|
[BrX6Z3]+ 0 |
|
[BrX8Z2]+ 0 |
MLXZq± grid for bromine (Br) for Q = 2: [BrXxLlZz]2+
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 bromine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[BrL2]2+ 0 |
|
[BrL3]2+ 0 |
|
[BrL4]2+ 0 |
|
| X+2Z = 1 | [BrLX]2+ 0 |
|
[BrL2X]2+ 0 |
|
[BrL3X]2+ 0 |
|
[BrL4X]2+ 0 |
| X+2Z = 2 | |
[BrLX2]2+ 0 |
|
[BrL2X2]2+ 0 |
|
[BrL3X2]2+ 0 |
|
| X+2Z = 3 | [BrX3]2+ 100% |
|
[BrLX3]2+ 0 |
|
[BrL2X3]2+ 0 |
|
[BrL3X3]2+ 0 |
| X+2Z = 4 | |
[BrX4]2+ 0 |
|
[BrLX4]2+ 0 |
|
[BrL2X4]2+ 0 |
|
| X+2Z = 5 | [BrX3Z]2+ 0 |
|
[BrX5]2+ 0 |
|
[BrLX5]2+ 0 |
|
[BrL2X5]2+ 0 |
| X+2Z = 6 | |
[BrX4Z]2+ 0 |
|
[BrX6]2+ 0 |
|
[BrLX6]2+ 0 |
|
| X+2Z = 7 | [BrX3Z2]2+ 0 |
|
[BrX5Z]2+ 0 |
|
[BrX7]2+ 0 |
|
[BrLX7]2+ 0 |
| X+2Z = 8 | |
[BrX4Z2]2+ 0 |
|
[BrX6Z]2+ 0 |
|
[BrX8]2+ 0 |
|
| X+2Z = 9 | [BrX3Z3]2+ 0 |
|
[BrX5Z2]2+ 0 |
|
[BrX7Z]2+ 0 |
|
[BrX9]2+ 0 |
| X+2Z = 10 | |
[BrX4Z3]2+ 0 |
|
[BrX6Z2]2+ 0 |
|
[BrX8Z]2+ 0 |
|
| X+2Z = 11 | [BrX3Z4]2+ 0 |
|
[BrX5Z3]2+ 0 |
|
[BrX7Z2]2+ 0 |
|
[BrX9Z]2+ 0 |
| X+2Z = 12 | |
[BrX4Z4]2+ 0 |
|
[BrX6Z3]2+ 0 |
|
[BrX8Z2]2+ 0 |
|
MLXZq± grid for bromine (Br) for Q = 3: [BrXxLlZz]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 bromine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 |
|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [BrL2]3+ 0 |
|
[BrL3]3+ 0 |
|
[BrL4]3+ 0 |
|
[BrL5]3+ 0 |
| X+2Z = 1 | |
[BrL2X]3+ 0 |
|
[BrL3X]3+ 0 |
|
[BrL4X]3+ 0 |
|
| X+2Z = 2 | [BrLX2]3+ 0 |
|
[BrL2X2]3+ 0 |
|
[BrL3X2]3+ 0 |
|
[BrL4X2]3+ 0 |
| X+2Z = 3 | |
[BrLX3]3+ 0 |
|
[BrL2X3]3+ 0 |
|
[BrL3X3]3+ 0 |
|
| X+2Z = 4 | [BrX4]3+ 100% |
|
[BrLX4]3+ 0 |
|
[BrL2X4]3+ 0 |
|
[BrL3X4]3+ 0 |
| X+2Z = 5 | |
[BrX5]3+ 0 |
|
[BrLX5]3+ 0 |
|
[BrL2X5]3+ 0 |
|
| X+2Z = 6 | [BrX4Z]3+ 0 |
|
[BrX6]3+ 0 |
|
[BrLX6]3+ 0 |
|
[BrL2X6]3+ 0 |
| X+2Z = 7 | |
[BrX5Z]3+ 0 |
|
[BrX7]3+ 0 |
|
[BrLX7]3+ 0 |
|
| X+2Z = 8 | [BrX4Z2]3+ 0 |
|
[BrX6Z]3+ 0 |
|
[BrX8]3+ 0 |
|
[BrLX8]3+ 0 |
| X+2Z = 9 | |
[BrX5Z2]3+ 0 |
|
[BrX7Z]3+ 0 |
|
[BrX9]3+ 0 |
|
| X+2Z = 10 | [BrX4Z3]3+ 0 |
|
[BrX6Z2]3+ 0 |
|
[BrX8Z]3+ 0 |
|
[BrX10]3+ 0 |
| X+2Z = 11 | |
[BrX5Z3]3+ 0 |
|
[BrX7Z2]3+ 0 |
|
[BrX9Z]3+ 0 |
|
| X+2Z = 12 | [BrX4Z4]3+ 0 |
|
[BrX6Z3]3+ 0 |
|
[BrX8Z2]3+ 0 |
|
[BrX10Z]3+ 0 |
MLXZq± grid for bromine (Br) for Q = 4: [BrXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -6: [IXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -5: [IXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -4: [IXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -3: [IXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -2: [IXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for iodine (I) for Q = -1: [IXxLlZz]-
The number of compounds found is 31.
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 iodine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [I]- 0 |
|
[IL]- 0 |
|
[IL2]- 0 |
|
[IL3]- 0 |
|
[IL4]- 0 |
| X+2Z = 1 | |
[IX]- 0 |
|
[ILX]- 0 |
|
[IL2X]- 0 |
|
[IL3X]- 0 |
|
| X+2Z = 2 | [IZ]- 42% |
|
[IX2]- 35% |
|
[ILX2]- 0 |
|
[IL2X2]- 0 |
|
[IL3X2]- 0 |
| X+2Z = 3 | |
[IXZ]- 0 |
|
[IX3]- 0 |
|
[ILX3]- 0 |
|
[IL2X3]- 0 |
|
| X+2Z = 4 | [IZ2]- 3% |
|
[IX2Z]- 0 |
|
[IX4]- 10% |
|
[ILX4]- 0 |
|
[IL2X4]- 0 |
| X+2Z = 5 | |
[IXZ2]- 0 |
|
[IX3Z]- 0 |
|
[IX5]- 0 |
|
[ILX5]- 0 |
|
| X+2Z = 6 | [IZ3]- 0 |
|
[IX2Z2]- 0 |
|
[IX4Z]- 0 |
|
[IX6]- 6% |
|
[ILX6]- 0 |
| X+2Z = 7 | |
[IXZ3]- 0 |
|
[IX3Z2]- 0 |
|
[IX5Z]- 0 |
|
[IX7]- 0 |
|
| X+2Z = 8 | [IZ4]- 0 |
|
[IX2Z3]- 0 |
|
[IX4Z2]- 0 |
|
[IX6Z]- 0 |
|
[IX8]- 3% |
| X+2Z = 9 | |
[IXZ4]- 0 |
|
[IX3Z3]- 0 |
|
[IX5Z2]- 0 |
|
[IX7Z]- 0 |
|
| X+2Z = 10 | [IZ5]- 0 |
|
[IX2Z4]- 0 |
|
[IX4Z3]- 0 |
|
[IX6Z2]- 0 |
|
[IX8Z]- 0 |
| X+2Z = 11 | |
[IXZ5]- 0 |
|
[IX3Z4]- 0 |
|
[IX5Z3]- 0 |
|
[IX7Z2]- 0 |
|
| X+2Z = 12 | [IZ6]- 0 |
|
[IX2Z5]- 0 |
|
[IX4Z4]- 0 |
|
[IX6Z3]- 0 |
|
[IX8Z2]- 0 |
MLXZq± grid for iodine (I) for Q = 0: [IXxLlZz]
The number of compounds found is 1506.
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 iodine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[IL] 0 |
|
[IL2] 0 |
|
[IL3] 0 |
|
[IL4] 0 |
|
| X+2Z = 1 | [IX] 80% |
|
[ILX] 2% |
|
[IL2X] 0 |
|
[IL3X] 0 |
|
[IL4X] 0 |
| X+2Z = 2 | |
[IX2] 0 |
|
[ILX2] 0 |
|
[IL2X2] 0 |
|
[IL3X2] 0 |
|
| X+2Z = 3 | [IXZ] 14% |
|
[IX3] 2% |
|
[ILX3] 0.1% |
|
[IL2X3] 0 |
|
[IL3X3] 0 |
| X+2Z = 4 | |
[IX2Z] 0 |
|
[IX4] 0 |
|
[ILX4] 0 |
|
[IL2X4] 0 |
|
| X+2Z = 5 | [IXZ2] 1% |
|
[IX3Z] 0.1% |
|
[IX5] 1% |
|
[ILX5] 0 |
|
[IL2X5] 0 |
| X+2Z = 6 | |
[IX2Z2] 0 |
|
[IX4Z] 0 |
|
[IX6] 0 |
|
[ILX6] 0 |
|
| X+2Z = 7 | [IXZ3] 1% |
|
[IX3Z2] 0 |
|
[IX5Z] 0 |
|
[IX7] 0.1% |
|
[ILX7] 0 |
| X+2Z = 8 | |
[IX2Z3] 0 |
|
[IX4Z2] 0 |
|
[IX6Z] 0 |
|
[IX8] 0 |
|
| X+2Z = 9 | [IXZ4] 0 |
|
[IX3Z3] 0 |
|
[IX5Z2] 0 |
|
[IX7Z] 0 |
|
[IX9] 0 |
| X+2Z = 10 | |
[IX2Z4] 0 |
|
[IX4Z3] 0 |
|
[IX6Z2] 0 |
|
[IX8Z] 0 |
|
| X+2Z = 11 | [IXZ5] 0 |
|
[IX3Z4] 0 |
|
[IX5Z3] 0 |
|
[IX7Z2] 0 |
|
[IX9Z] 0 |
| X+2Z = 12 | |
[IX2Z5] 0 |
|
[IX4Z4] 0 |
|
[IX6Z3] 0 |
|
[IX8Z2] 0 |
|
MLXZq± grid for iodine (I) for Q = 1: [IXxLlZz]+
The number of compounds found is 41.
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 iodine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [IL]+ 27% |
|
[IL2]+ 15% |
|
[IL3]+ 0 |
|
[IL4]+ 0 |
|
[IL5]+ 0 |
| X+2Z = 1 | |
[ILX]+ 0 |
|
[IL2X]+ 0 |
|
[IL3X]+ 0 |
|
[IL4X]+ 0 |
|
| X+2Z = 2 | [IX2]+ 34% |
|
[ILX2]+ 0 |
|
[IL2X2]+ 0 |
|
[IL3X2]+ 0 |
|
[IL4X2]+ 0 |
| X+2Z = 3 | |
[IX3]+ 0 |
|
[ILX3]+ 0 |
|
[IL2X3]+ 0 |
|
[IL3X3]+ 0 |
|
| X+2Z = 4 | [IX2Z]+ 0 |
|
[IX4]+ 15% |
|
[ILX4]+ 0 |
|
[IL2X4]+ 0 |
|
[IL3X4]+ 0 |
| X+2Z = 5 | |
[IX3Z]+ 0 |
|
[IX5]+ 0 |
|
[ILX5]+ 0 |
|
[IL2X5]+ 0 |
|
| X+2Z = 6 | [IX2Z2]+ 0 |
|
[IX4Z]+ 0 |
|
[IX6]+ 10% |
|
[ILX6]+ 0 |
|
[IL2X6]+ 0 |
| X+2Z = 7 | |
[IX3Z2]+ 0 |
|
[IX5Z]+ 0 |
|
[IX7]+ 0 |
|
[ILX7]+ 0 |
|
| X+2Z = 8 | [IX2Z3]+ 0 |
|
[IX4Z2]+ 0 |
|
[IX6Z]+ 0 |
|
[IX8]+ 0 |
|
[ILX8]+ 0 |
| X+2Z = 9 | |
[IX3Z3]+ 0 |
|
[IX5Z2]+ 0 |
|
[IX7Z]+ 0 |
|
[IX9]+ 0 |
|
| X+2Z = 10 | [IX2Z4]+ 0 |
|
[IX4Z3]+ 0 |
|
[IX6Z2]+ 0 |
|
[IX8Z]+ 0 |
|
[IX10]+ 0 |
| X+2Z = 11 | |
[IX3Z4]+ 0 |
|
[IX5Z3]+ 0 |
|
[IX7Z2]+ 0 |
|
[IX9Z]+ 0 |
|
| X+2Z = 12 | [IX2Z5]+ 0 |
|
[IX4Z4]+ 0 |
|
[IX6Z3]+ 0 |
|
[IX8Z2]+ 0 |
|
[IX10Z]+ 0 |
MLXZq± grid for iodine (I) for Q = 2: [IXxLlZz]2+
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 iodine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | |
[IL2]2+ 0 |
|
[IL3]2+ 0 |
|
[IL4]2+ 0 |
|
[IL5]2+ 0 |
|
| X+2Z = 1 | [ILX]2+ 0 |
|
[IL2X]2+ 0 |
|
[IL3X]2+ 0 |
|
[IL4X]2+ 0 |
|
[IL5X]2+ 0 |
| X+2Z = 2 | |
[ILX2]2+ 0 |
|
[IL2X2]2+ 0 |
|
[IL3X2]2+ 0 |
|
[IL4X2]2+ 0 |
|
| X+2Z = 3 | [IX3]2+ 80% |
|
[ILX3]2+ 0 |
|
[IL2X3]2+ 0 |
|
[IL3X3]2+ 0 |
|
[IL4X3]2+ 0 |
| X+2Z = 4 | |
[IX4]2+ 0 |
|
[ILX4]2+ 0 |
|
[IL2X4]2+ 0 |
|
[IL3X4]2+ 0 |
|
| X+2Z = 5 | [IX3Z]2+ 0 |
|
[IX5]2+ 20% |
|
[ILX5]2+ 0 |
|
[IL2X5]2+ 0 |
|
[IL3X5]2+ 0 |
| X+2Z = 6 | |
[IX4Z]2+ 0 |
|
[IX6]2+ 0 |
|
[ILX6]2+ 0 |
|
[IL2X6]2+ 0 |
|
| X+2Z = 7 | [IX3Z2]2+ 0 |
|
[IX5Z]2+ 0 |
|
[IX7]2+ 0 |
|
[ILX7]2+ 0 |
|
[IL2X7]2+ 0 |
| X+2Z = 8 | |
[IX4Z2]2+ 0 |
|
[IX6Z]2+ 0 |
|
[IX8]2+ 0 |
|
[ILX8]2+ 0 |
|
| X+2Z = 9 | [IX3Z3]2+ 0 |
|
[IX5Z2]2+ 0 |
|
[IX7Z]2+ 0 |
|
[IX9]2+ 0 |
|
[ILX9]2+ 0 |
| X+2Z = 10 | |
[IX4Z3]2+ 0 |
|
[IX6Z2]2+ 0 |
|
[IX8Z]2+ 0 |
|
[IX10]2+ 0 |
|
| X+2Z = 11 | [IX3Z4]2+ 0 |
|
[IX5Z3]2+ 0 |
|
[IX7Z2]2+ 0 |
|
[IX9Z]2+ 0 |
|
[IX11]2+ 0 |
| X+2Z = 12 | |
[IX4Z4]2+ 0 |
|
[IX6Z3]2+ 0 |
|
[IX8Z2]2+ 0 |
|
[IX10Z]2+ 0 |
|
MLXZq± grid for iodine (I) for Q = 3: [IXxLlZz]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 iodine with that [MLXZ]q± classification.
| EN➝ | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
|---|---|---|---|---|---|---|---|---|---|
| X+2Z = 0 | [IL2]3+ 0 |
|
[IL3]3+ 0 |
|
[IL4]3+ 0 |
|
[IL5]3+ 0 |
|
[IL6]3+ 0 |
| X+2Z = 1 | |
[IL2X]3+ 0 |
|
[IL3X]3+ 0 |
|
[IL4X]3+ 0 |
|
[IL5X]3+ 0 |
|
| X+2Z = 2 | [ILX2]3+ 0 |
|
[IL2X2]3+ 0 |
|
[IL3X2]3+ 0 |
|
[IL4X2]3+ 0 |
|
[IL5X2]3+ 0 |
| X+2Z = 3 | |
[ILX3]3+ 0 |
|
[IL2X3]3+ 0 |
|
[IL3X3]3+ 0 |
|
[IL4X3]3+ 0 |
|
| X+2Z = 4 | [IX4]3+ 100% |
|
[ILX4]3+ 0 |
|
[IL2X4]3+ 0 |
|
[IL3X4]3+ 0 |
|
[IL4X4]3+ 0 |
| X+2Z = 5 | |
[IX5]3+ 0 |
|
[ILX5]3+ 0 |
|
[IL2X5]3+ 0 |
|
[IL3X5]3+ 0 |
|
| X+2Z = 6 | [IX4Z]3+ 0 |
|
[IX6]3+ 0 |
|
[ILX6]3+ 0 |
|
[IL2X6]3+ 0 |
|
[IL3X6]3+ 0 |
| X+2Z = 7 | |
[IX5Z]3+ 0 |
|
[IX7]3+ 0 |
|
[ILX7]3+ 0 |
|
[IL2X7]3+ 0 |
|
| X+2Z = 8 | [IX4Z2]3+ 0 |
|
[IX6Z]3+ 0 |
|
[IX8]3+ 0 |
|
[ILX8]3+ 0 |
|
[IL2X8]3+ 0 |
| X+2Z = 9 | |
[IX5Z2]3+ 0 |
|
[IX7Z]3+ 0 |
|
[IX9]3+ 0 |
|
[ILX9]3+ 0 |
|
| X+2Z = 10 | [IX4Z3]3+ 0 |
|
[IX6Z2]3+ 0 |
|
[IX8Z]3+ 0 |
|
[IX10]3+ 0 |
|
[ILX10]3+ 0 |
| X+2Z = 11 | |
[IX5Z3]3+ 0 |
|
[IX7Z2]3+ 0 |
|
[IX9Z]3+ 0 |
|
[IX11]3+ 0 |
|
| X+2Z = 12 | [IX4Z4]3+ 0 |
|
[IX6Z3]3+ 0 |
|
[IX8Z2]3+ 0 |
|
[IX10Z]3+ 0 |
|
[IX12]3+ 0 |
MLXZq± grid for iodine (I) for Q = 4: [IXxLlZz]4+
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -6: [AtXxLlZz]6-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -5: [AtXxLlZz]5-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -4: [AtXxLlZz]4-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -3: [AtXxLlZz]3-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -2: [AtXxLlZz]2-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = -1: [AtXxLlZz]-
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = 0: [AtXxLlZz]
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = 1: [AtXxLlZz]+
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = 2: [AtXxLlZz]2+
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = 3: [AtXxLlZz]3+
The number of compounds found is 0.
MLXZq± grid for astatine (At) for Q = 4: [AtXxLlZz]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.