MLXZQ± Grid

MLXZq± grid for copper (Cu) for Q = -6: [CuXxLlZz]6-

The number of compounds found is 0.

MLXZq± grid for copper (Cu) for Q = -5: [CuXxLlZz]5-

The number of compounds found is 0.

MLXZq± grid for copper (Cu) for Q = -4: [CuXxLlZz]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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0  
 		 [Cu]4-
0		  
 		 [CuL]4-
0		  
 		 [CuL2]4-
0		  
 		 [CuL3]4-
0
X+2Z = 1 [CuZ]4-
0		  
 		 [CuX]4-
0		  
 		 [CuLX]4-
0		  
 		 [CuL2X]4-
0		  
 
X+2Z = 2  
 		 [CuZ]4-
0		  
 		 [CuX2]4-
0		  
 		 [CuLX2]4-
0		  
 		 [CuL2X2]4-
0
X+2Z = 3 [CuZ2]4-
0		  
 		 [CuXZ]4-
0		  
 		 [CuX3]4-
0		  
 		 [CuLX3]4-
0		  
 
X+2Z = 4  
 		 [CuZ2]4-
0		  
 		 [CuX2Z]4-
0		  
 		 [CuX4]4-
0		  
 		 [CuLX4]4-
0
X+2Z = 5 [CuZ3]4-
0		  
 		 [CuXZ2]4-
0		  
 		 [CuX3Z]4-
0		  
 		 [CuX5]4-
0		  
 
X+2Z = 6  
 		 [CuZ3]4-
0		  
 		 [CuX2Z2]4-
0		  
 		 [CuX4Z]4-
0		  
 		 [CuX6]4-
100%
X+2Z = 7 [CuZ4]4-
0		  
 		 [CuXZ3]4-
0		  
 		 [CuX3Z2]4-
0		  
 		 [CuX5Z]4-
0		  
 
X+2Z = 8  
 		 [CuZ4]4-
0		  
 		 [CuX2Z3]4-
0		  
 		 [CuX4Z2]4-
0		  
 		 [CuX6Z]4-
0
X+2Z = 9 [CuZ5]4-
0		  
 		 [CuXZ4]4-
0		  
 		 [CuX3Z3]4-
0		  
 		 [CuX5Z2]4-
0		  
 
X+2Z = 10  
 		 [CuZ5]4-
0		  
 		 [CuX2Z4]4-
0		  
 		 [CuX4Z3]4-
0		  
 		 [CuX6Z2]4-
0
X+2Z = 11 [CuZ6]4-
0		  
 		 [CuXZ5]4-
0		  
 		 [CuX3Z4]4-
0		  
 		 [CuX5Z3]4-
0		  
 
X+2Z = 12  
 		 [CuZ6]4-
0		  
 		 [CuX2Z5]4-
0		  
 		 [CuX4Z4]4-
0		  
 		 [CuX6Z3]4-
0

MLXZq± grid for copper (Cu) for Q = -3: [CuXxLlZz]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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0 [Cu]3-
0		  
 		 [CuL]3-
0		  
 		 [CuL2]3-
0		  
 		 [CuL3]3-
0		  
 
X+2Z = 1  
 		 [CuX]3-
0		  
 		 [CuLX]3-
0		  
 		 [CuL2X]3-
0		  
 		 [CuL3X]3-
0
X+2Z = 2 [CuZ]3-
0		  
 		 [CuX2]3-
0		  
 		 [CuLX2]3-
0		  
 		 [CuL2X2]3-
0		  
 
X+2Z = 3  
 		 [CuXZ]3-
0		  
 		 [CuX3]3-
0		  
 		 [CuLX3]3-
0		  
 		 [CuL2X3]3-
0
X+2Z = 4 [CuZ2]3-
0		  
 		 [CuX2Z]3-
0		  
 		 [CuX4]3-
50%		  
 		 [CuLX4]3-
0		  
 
X+2Z = 5  
 		 [CuXZ2]3-
0		  
 		 [CuX3Z]3-
0		  
 		 [CuX5]3-
25%		  
 		 [CuLX5]3-
0
X+2Z = 6 [CuZ3]3-
0		  
 		 [CuX2Z2]3-
0		  
 		 [CuX4Z]3-
0		  
 		 [CuX6]3-
25%		  
 
X+2Z = 7  
 		 [CuXZ3]3-
0		  
 		 [CuX3Z2]3-
0		  
 		 [CuX5Z]3-
0		  
 		 [CuX7]3-
0
X+2Z = 8 [CuZ4]3-
0		  
 		 [CuX2Z3]3-
0		  
 		 [CuX4Z2]3-
0		  
 		 [CuX6Z]3-
0		  
 
X+2Z = 9  
 		 [CuXZ4]3-
0		  
 		 [CuX3Z3]3-
0		  
 		 [CuX5Z2]3-
0		  
 		 [CuX7Z]3-
0
X+2Z = 10 [CuZ5]3-
0		  
 		 [CuX2Z4]3-
0		  
 		 [CuX4Z3]3-
0		  
 		 [CuX6Z2]3-
0		  
 
X+2Z = 11  
 		 [CuXZ5]3-
0		  
 		 [CuX3Z4]3-
0		  
 		 [CuX5Z3]3-
0		  
 		 [CuX7Z2]3-
0
X+2Z = 12 [CuZ6]3-
0		  
 		 [CuX2Z5]3-
0		  
 		 [CuX4Z4]3-
0		  
 		 [CuX6Z3]3-
0		  
 

MLXZq± grid for copper (Cu) for Q = -2: [CuXxLlZz]2-

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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0  
 		 [CuL]2-
0		  
 		 [CuL2]2-
0		  
 		 [CuL3]2-
0		  
 		 [CuL4]2-
0
X+2Z = 1 [CuX]2-
0		  
 		 [CuLX]2-
0		  
 		 [CuL2X]2-
0		  
 		 [CuL3X]2-
0		  
 
X+2Z = 2  
 		 [CuX2]2-
0		  
 		 [CuLX2]2-
0		  
 		 [CuL2X2]2-
0		  
 		 [CuL3X2]2-
0
X+2Z = 3 [CuXZ]2-
0		  
 		 [CuX3]2-
33%		  
 		 [CuLX3]2-
0		  
 		 [CuL2X3]2-
0		  
 
X+2Z = 4  
 		 [CuX2Z]2-
0		  
 		 [CuX4]2-
39%		  
 		 [CuLX4]2-
6%		  
 		 [CuL2X4]2-
17%
X+2Z = 5 [CuXZ2]2-
0		  
 		 [CuX3Z]2-
0		  
 		 [CuX5]2-
0		  
 		 [CuLX5]2-
0		  
 
X+2Z = 6  
 		 [CuX2Z2]2-
0		  
 		 [CuX4Z]2-
0		  
 		 [CuX6]2-
6%		  
 		 [CuLX6]2-
0
X+2Z = 7 [CuXZ3]2-
0		  
 		 [CuX3Z2]2-
0		  
 		 [CuX5Z]2-
0		  
 		 [CuX7]2-
0		  
 
X+2Z = 8  
 		 [CuX2Z3]2-
0		  
 		 [CuX4Z2]2-
0		  
 		 [CuX6Z]2-
0		  
 		 [CuX8]2-
0
X+2Z = 9 [CuXZ4]2-
0		  
 		 [CuX3Z3]2-
0		  
 		 [CuX5Z2]2-
0		  
 		 [CuX7Z]2-
0		  
 
X+2Z = 10  
 		 [CuX2Z4]2-
0		  
 		 [CuX4Z3]2-
0		  
 		 [CuX6Z2]2-
0		  
 		 [CuX8Z]2-
0
X+2Z = 11 [CuXZ5]2-
0		  
 		 [CuX3Z4]2-
0		  
 		 [CuX5Z3]2-
0		  
 		 [CuX7Z2]2-
0		  
 
X+2Z = 12  
 		 [CuX2Z5]2-
0		  
 		 [CuX4Z4]2-
0		  
 		 [CuX6Z3]2-
0		  
 		 [CuX8Z2]2-
0

MLXZq± grid for copper (Cu) for Q = -1: [CuXxLlZz]-

The number of compounds found is 35.

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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0 [CuL]-
0		  
 		 [CuL2]-
0		  
 		 [CuL3]-
0		  
 		 [CuL4]-
0		  
 
X+2Z = 1  
 		 [CuLX]-
0		  
 		 [CuL2X]-
0		  
 		 [CuL3X]-
0		  
 		 [CuL4X]-
0
X+2Z = 2 [CuX2]-
34%		  
 		 [CuLX2]-
11%		  
 		 [CuL2X2]-
11%		  
 		 [CuL3X2]-
0		  
 
X+2Z = 3  
 		 [CuX3]-
9%		  
 		 [CuLX3]-
17%		  
 		 [CuL2X3]-
3%		  
 		 [CuL3X3]-
6%
X+2Z = 4 [CuX2Z]-
0		  
 		 [CuX4]-
9%		  
 		 [CuLX4]-
0		  
 		 [CuL2X4]-
0		  
 
X+2Z = 5  
 		 [CuX3Z]-
0		  
 		 [CuX5]-
0		  
 		 [CuLX5]-
0		  
 		 [CuL2X5]-
0
X+2Z = 6 [CuX2Z2]-
0		  
 		 [CuX4Z]-
0		  
 		 [CuX6]-
0		  
 		 [CuLX6]-
0		  
 
X+2Z = 7  
 		 [CuX3Z2]-
0		  
 		 [CuX5Z]-
0		  
 		 [CuX7]-
0		  
 		 [CuLX7]-
0
X+2Z = 8 [CuX2Z3]-
0		  
 		 [CuX4Z2]-
0		  
 		 [CuX6Z]-
0		  
 		 [CuX8]-
0		  
 
X+2Z = 9  
 		 [CuX3Z3]-
0		  
 		 [CuX5Z2]-
0		  
 		 [CuX7Z]-
0		  
 		 [CuX9]-
0
X+2Z = 10 [CuX2Z4]-
0		  
 		 [CuX4Z3]-
0		  
 		 [CuX6Z2]-
0		  
 		 [CuX8Z]-
0		  
 
X+2Z = 11  
 		 [CuX3Z4]-
0		  
 		 [CuX5Z3]-
0		  
 		 [CuX7Z2]-
0		  
 		 [CuX9Z]-
0
X+2Z = 12 [CuX2Z5]-
0		  
 		 [CuX4Z4]-
0		  
 		 [CuX6Z3]-
0		  
 		 [CuX8Z2]-
0		  
 

MLXZq± grid for copper (Cu) for Q = 0: [CuXxLlZz]

The number of compounds found is 307.

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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0  
 		 [CuL2]
0		  
 		 [CuL3]
0		  
 		 [CuL4]
0		  
 		 [CuL5]
0
X+2Z = 1 [CuLX]
3%		  
 		 [CuL2X]
13%		  
 		 [CuL3X]
37%		  
 		 [CuL4X]
1%		  
 
X+2Z = 2  
 		 [CuLX2]
0		  
 		 [CuL2X2]
15%		  
 		 [CuL3X2]
13%		  
 		 [CuL4X2]
12%
X+2Z = 3 [CuX3]
0		  
 		 [CuLX3]
0.3%		  
 		 [CuL2X3]
0		  
 		 [CuL3X3]
6%		  
 
X+2Z = 4  
 		 [CuX4]
0		  
 		 [CuLX4]
0		  
 		 [CuL2X4]
0		  
 		 [CuL3X4]
0
X+2Z = 5 [CuX3Z]
0		  
 		 [CuX5]
0		  
 		 [CuLX5]
0		  
 		 [CuL2X5]
0		  
 
X+2Z = 6  
 		 [CuX4Z]
0		  
 		 [CuX6]
0		  
 		 [CuLX6]
0		  
 		 [CuL2X6]
0
X+2Z = 7 [CuX3Z2]
0		  
 		 [CuX5Z]
0		  
 		 [CuX7]
0		  
 		 [CuLX7]
0		  
 
X+2Z = 8  
 		 [CuX4Z2]
0		  
 		 [CuX6Z]
0		  
 		 [CuX8]
0		  
 		 [CuLX8]
0
X+2Z = 9 [CuX3Z3]
0		  
 		 [CuX5Z2]
0		  
 		 [CuX7Z]
0		  
 		 [CuX9]
0		  
 
X+2Z = 10  
 		 [CuX4Z3]
0		  
 		 [CuX6Z2]
0		  
 		 [CuX8Z]
0		  
 		 [CuX10]
0
X+2Z = 11 [CuX3Z4]
0		  
 		 [CuX5Z3]
0		  
 		 [CuX7Z2]
0		  
 		 [CuX9Z]
0		  
 
X+2Z = 12  
 		 [CuX4Z4]
0		  
 		 [CuX6Z3]
0		  
 		 [CuX8Z2]
0		  
 		 [CuX10Z]
0

MLXZq± grid for copper (Cu) for Q = 1: [CuXxLlZz]+

The number of compounds found is 98.

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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0 [CuL2]+
5%		  
 		 [CuL3]+
11%		  
 		 [CuL4]+
33%		  
 		 [CuL5]+
1%		  
 
X+2Z = 1  
 		 [CuL2X]+
0		  
 		 [CuL3X]+
5%		  
 		 [CuL4X]+
41%		  
 		 [CuL5X]+
3%
X+2Z = 2 [CuLX2]+
0		  
 		 [CuL2X2]+
0		  
 		 [CuL3X2]+
0		  
 		 [CuL4X2]+
1%		  
 
X+2Z = 3  
 		 [CuLX3]+
0		  
 		 [CuL2X3]+
0		  
 		 [CuL3X3]+
0		  
 		 [CuL4X3]+
0
X+2Z = 4 [CuX4]+
0		  
 		 [CuLX4]+
0		  
 		 [CuL2X4]+
0		  
 		 [CuL3X4]+
0		  
 
X+2Z = 5  
 		 [CuX5]+
0		  
 		 [CuLX5]+
0		  
 		 [CuL2X5]+
0		  
 		 [CuL3X5]+
0
X+2Z = 6 [CuX4Z]+
0		  
 		 [CuX6]+
0		  
 		 [CuLX6]+
0		  
 		 [CuL2X6]+
0		  
 
X+2Z = 7  
 		 [CuX5Z]+
0		  
 		 [CuX7]+
0		  
 		 [CuLX7]+
0		  
 		 [CuL2X7]+
0
X+2Z = 8 [CuX4Z2]+
0		  
 		 [CuX6Z]+
0		  
 		 [CuX8]+
0		  
 		 [CuLX8]+
0		  
 
X+2Z = 9  
 		 [CuX5Z2]+
0		  
 		 [CuX7Z]+
0		  
 		 [CuX9]+
0		  
 		 [CuLX9]+
0
X+2Z = 10 [CuX4Z3]+
0		  
 		 [CuX6Z2]+
0		  
 		 [CuX8Z]+
0		  
 		 [CuX10]+
0		  
 
X+2Z = 11  
 		 [CuX5Z3]+
0		  
 		 [CuX7Z2]+
0		  
 		 [CuX9Z]+
0		  
 		 [CuX11]+
0
X+2Z = 12 [CuX4Z4]+
0		  
 		 [CuX6Z3]+
0		  
 		 [CuX8Z2]+
0		  
 		 [CuX10Z]+
0		  
 

MLXZq± grid for copper (Cu) for Q = 2: [CuXxLlZz]2+

The number of compounds found is 60.

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 copper with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21
X+2Z = 0  
 		 [CuL3]2+
0		  
 		 [CuL4]2+
17%		  
 		 [CuL5]2+
40%		  
 		 [CuL6]2+
43%
X+2Z = 1 [CuL2X]2+
0		  
 		 [CuL3X]2+
0		  
 		 [CuL4X]2+
0		  
 		 [CuL5X]2+
0		  
 
X+2Z = 2  
 		 [CuL2X2]2+
0		  
 		 [CuL3X2]2+
0		  
 		 [CuL4X2]2+
0		  
 		 [CuL5X2]2+
0
X+2Z = 3 [CuLX3]2+
0		  
 		 [CuL2X3]2+
0		  
 		 [CuL3X3]2+
0		  
 		 [CuL4X3]2+
0		  
 
X+2Z = 4  
 		 [CuLX4]2+
0		  
 		 [CuL2X4]2+
0		  
 		 [CuL3X4]2+
0		  
 		 [CuL4X4]2+
0
X+2Z = 5 [CuX5]2+
0		  
 		 [CuLX5]2+
0		  
 		 [CuL2X5]2+
0		  
 		 [CuL3X5]2+
0		  
 
X+2Z = 6  
 		 [CuX6]2+
0		  
 		 [CuLX6]2+
0		  
 		 [CuL2X6]2+
0		  
 		 [CuL3X6]2+
0
X+2Z = 7 [CuX5Z]2+
0		  
 		 [CuX7]2+
0		  
 		 [CuLX7]2+
0		  
 		 [CuL2X7]2+
0		  
 
X+2Z = 8  
 		 [CuX6Z]2+
0		  
 		 [CuX8]2+
0		  
 		 [CuLX8]2+
0		  
 		 [CuL2X8]2+
0
X+2Z = 9 [CuX5Z2]2+
0		  
 		 [CuX7Z]2+
0		  
 		 [CuX9]2+
0		  
 		 [CuLX9]2+
0		  
 
X+2Z = 10  
 		 [CuX6Z2]2+
0		  
 		 [CuX8Z]2+
0		  
 		 [CuX10]2+
0		  
 		 [CuLX10]2+
0
X+2Z = 11 [CuX5Z3]2+
0		  
 		 [CuX7Z2]2+
0		  
 		 [CuX9Z]2+
0		  
 		 [CuX11]2+
0		  
 
X+2Z = 12  
 		 [CuX6Z3]2+
0		  
 		 [CuX8Z2]2+
0		  
 		 [CuX10Z]2+
0		  
 		 [CuX12]2+
0

MLXZq± grid for copper (Cu) for Q = 3: [CuXxLlZz]3+

The number of compounds found is 0.

MLXZq± grid for copper (Cu) for Q = 4: [CuXxLlZz]4+

The number of compounds found is 0.

MLXZq± grid for silver (Ag) for Q = -6: [AgXxLlZz]6-

The number of compounds found is 0.

MLXZq± grid for silver (Ag) for Q = -5: [AgXxLlZz]5-

The number of compounds found is 0.

MLXZq± grid for silver (Ag) for Q = -4: [AgXxLlZz]4-

The number of compounds found is 0.

MLXZq± grid for silver (Ag) for Q = -3: [AgXxLlZz]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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0 [Ag]3-
0		  
 		 [AgL]3-
0		  
 		 [AgL2]3-
0		  
 		 [AgL3]3-
0		  
 		 [AgL4]3-
0
X+2Z = 1  
 		 [AgX]3-
0		  
 		 [AgLX]3-
0		  
 		 [AgL2X]3-
0		  
 		 [AgL3X]3-
0		  
 
X+2Z = 2 [AgZ]3-
0		  
 		 [AgX2]3-
0		  
 		 [AgLX2]3-
0		  
 		 [AgL2X2]3-
0		  
 		 [AgL3X2]3-
0
X+2Z = 3  
 		 [AgXZ]3-
0		  
 		 [AgX3]3-
0		  
 		 [AgLX3]3-
0		  
 		 [AgL2X3]3-
0		  
 
X+2Z = 4 [AgZ2]3-
0		  
 		 [AgX2Z]3-
0		  
 		 [AgX4]3-
100%		  
 		 [AgLX4]3-
0		  
 		 [AgL2X4]3-
0
X+2Z = 5  
 		 [AgXZ2]3-
0		  
 		 [AgX3Z]3-
0		  
 		 [AgX5]3-
0		  
 		 [AgLX5]3-
0		  
 
X+2Z = 6 [AgZ3]3-
0		  
 		 [AgX2Z2]3-
0		  
 		 [AgX4Z]3-
0		  
 		 [AgX6]3-
0		  
 		 [AgLX6]3-
0
X+2Z = 7  
 		 [AgXZ3]3-
0		  
 		 [AgX3Z2]3-
0		  
 		 [AgX5Z]3-
0		  
 		 [AgX7]3-
0		  
 
X+2Z = 8 [AgZ4]3-
0		  
 		 [AgX2Z3]3-
0		  
 		 [AgX4Z2]3-
0		  
 		 [AgX6Z]3-
0		  
 		 [AgX8]3-
0
X+2Z = 9  
 		 [AgXZ4]3-
0		  
 		 [AgX3Z3]3-
0		  
 		 [AgX5Z2]3-
0		  
 		 [AgX7Z]3-
0		  
 
X+2Z = 10 [AgZ5]3-
0		  
 		 [AgX2Z4]3-
0		  
 		 [AgX4Z3]3-
0		  
 		 [AgX6Z2]3-
0		  
 		 [AgX8Z]3-
0
X+2Z = 11  
 		 [AgXZ5]3-
0		  
 		 [AgX3Z4]3-
0		  
 		 [AgX5Z3]3-
0		  
 		 [AgX7Z2]3-
0		  
 
X+2Z = 12 [AgZ6]3-
0		  
 		 [AgX2Z5]3-
0		  
 		 [AgX4Z4]3-
0		  
 		 [AgX6Z3]3-
0		  
 		 [AgX8Z2]3-
0

MLXZq± grid for silver (Ag) for Q = -2: [AgXxLlZz]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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0  
 		 [AgL]2-
0		  
 		 [AgL2]2-
0		  
 		 [AgL3]2-
0		  
 		 [AgL4]2-
0		  
 
X+2Z = 1 [AgX]2-
0		  
 		 [AgLX]2-
0		  
 		 [AgL2X]2-
0		  
 		 [AgL3X]2-
0		  
 		 [AgL4X]2-
0
X+2Z = 2  
 		 [AgX2]2-
0		  
 		 [AgLX2]2-
0		  
 		 [AgL2X2]2-
0		  
 		 [AgL3X2]2-
0		  
 
X+2Z = 3 [AgXZ]2-
0		  
 		 [AgX3]2-
60%		  
 		 [AgLX3]2-
0		  
 		 [AgL2X3]2-
20%		  
 		 [AgL3X3]2-
0
X+2Z = 4  
 		 [AgX2Z]2-
0		  
 		 [AgX4]2-
20%		  
 		 [AgLX4]2-
0		  
 		 [AgL2X4]2-
0		  
 
X+2Z = 5 [AgXZ2]2-
0		  
 		 [AgX3Z]2-
0		  
 		 [AgX5]2-
0		  
 		 [AgLX5]2-
0		  
 		 [AgL2X5]2-
0
X+2Z = 6  
 		 [AgX2Z2]2-
0		  
 		 [AgX4Z]2-
0		  
 		 [AgX6]2-
0		  
 		 [AgLX6]2-
0		  
 
X+2Z = 7 [AgXZ3]2-
0		  
 		 [AgX3Z2]2-
0		  
 		 [AgX5Z]2-
0		  
 		 [AgX7]2-
0		  
 		 [AgLX7]2-
0
X+2Z = 8  
 		 [AgX2Z3]2-
0		  
 		 [AgX4Z2]2-
0		  
 		 [AgX6Z]2-
0		  
 		 [AgX8]2-
0		  
 
X+2Z = 9 [AgXZ4]2-
0		  
 		 [AgX3Z3]2-
0		  
 		 [AgX5Z2]2-
0		  
 		 [AgX7Z]2-
0		  
 		 [AgX9]2-
0
X+2Z = 10  
 		 [AgX2Z4]2-
0		  
 		 [AgX4Z3]2-
0		  
 		 [AgX6Z2]2-
0		  
 		 [AgX8Z]2-
0		  
 
X+2Z = 11 [AgXZ5]2-
0		  
 		 [AgX3Z4]2-
0		  
 		 [AgX5Z3]2-
0		  
 		 [AgX7Z2]2-
0		  
 		 [AgX9Z]2-
0
X+2Z = 12  
 		 [AgX2Z5]2-
0		  
 		 [AgX4Z4]2-
0		  
 		 [AgX6Z3]2-
0		  
 		 [AgX8Z2]2-
0		  
 

MLXZq± grid for silver (Ag) for Q = -1: [AgXxLlZz]-

The number of compounds found is 30.

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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0 [AgL]-
0		  
 		 [AgL2]-
0		  
 		 [AgL3]-
0		  
 		 [AgL4]-
0		  
 		 [AgL5]-
0
X+2Z = 1  
 		 [AgLX]-
0		  
 		 [AgL2X]-
0		  
 		 [AgL3X]-
0		  
 		 [AgL4X]-
0		  
 
X+2Z = 2 [AgX2]-
37%		  
 		 [AgLX2]-
7%		  
 		 [AgL2X2]-
13%		  
 		 [AgL3X2]-
3%		  
 		 [AgL4X2]-
0
X+2Z = 3  
 		 [AgX3]-
0		  
 		 [AgLX3]-
0		  
 		 [AgL2X3]-
0		  
 		 [AgL3X3]-
0		  
 
X+2Z = 4 [AgX2Z]-
0		  
 		 [AgX4]-
37%		  
 		 [AgLX4]-
0		  
 		 [AgL2X4]-
0		  
 		 [AgL3X4]-
0
X+2Z = 5  
 		 [AgX3Z]-
0		  
 		 [AgX5]-
3%		  
 		 [AgLX5]-
0		  
 		 [AgL2X5]-
0		  
 
X+2Z = 6 [AgX2Z2]-
0		  
 		 [AgX4Z]-
0		  
 		 [AgX6]-
0		  
 		 [AgLX6]-
0		  
 		 [AgL2X6]-
0
X+2Z = 7  
 		 [AgX3Z2]-
0		  
 		 [AgX5Z]-
0		  
 		 [AgX7]-
0		  
 		 [AgLX7]-
0		  
 
X+2Z = 8 [AgX2Z3]-
0		  
 		 [AgX4Z2]-
0		  
 		 [AgX6Z]-
0		  
 		 [AgX8]-
0		  
 		 [AgLX8]-
0
X+2Z = 9  
 		 [AgX3Z3]-
0		  
 		 [AgX5Z2]-
0		  
 		 [AgX7Z]-
0		  
 		 [AgX9]-
0		  
 
X+2Z = 10 [AgX2Z4]-
0		  
 		 [AgX4Z3]-
0		  
 		 [AgX6Z2]-
0		  
 		 [AgX8Z]-
0		  
 		 [AgX10]-
0
X+2Z = 11  
 		 [AgX3Z4]-
0		  
 		 [AgX5Z3]-
0		  
 		 [AgX7Z2]-
0		  
 		 [AgX9Z]-
0		  
 
X+2Z = 12 [AgX2Z5]-
0		  
 		 [AgX4Z4]-
0		  
 		 [AgX6Z3]-
0		  
 		 [AgX8Z2]-
0		  
 		 [AgX10Z]-
0

MLXZq± grid for silver (Ag) for Q = 0: [AgXxLlZz]

The number of compounds found is 130.

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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0  
 		 [AgL2]
0		  
 		 [AgL3]
0		  
 		 [AgL4]
0		  
 		 [AgL5]
0		  
 
X+2Z = 1 [AgLX]
2%		  
 		 [AgL2X]
30%		  
 		 [AgL3X]
51%		  
 		 [AgL4X]
5%		  
 		 [AgL5X]
1%
X+2Z = 2  
 		 [AgLX2]
0		  
 		 [AgL2X2]
8%		  
 		 [AgL3X2]
0		  
 		 [AgL4X2]
1%		  
 
X+2Z = 3 [AgX3]
0		  
 		 [AgLX3]
2%		  
 		 [AgL2X3]
1%		  
 		 [AgL3X3]
0		  
 		 [AgL4X3]
0
X+2Z = 4  
 		 [AgX4]
0		  
 		 [AgLX4]
0		  
 		 [AgL2X4]
0		  
 		 [AgL3X4]
0		  
 
X+2Z = 5 [AgX3Z]
0		  
 		 [AgX5]
0		  
 		 [AgLX5]
0		  
 		 [AgL2X5]
0		  
 		 [AgL3X5]
0
X+2Z = 6  
 		 [AgX4Z]
0		  
 		 [AgX6]
0		  
 		 [AgLX6]
0		  
 		 [AgL2X6]
0		  
 
X+2Z = 7 [AgX3Z2]
0		  
 		 [AgX5Z]
0		  
 		 [AgX7]
0		  
 		 [AgLX7]
0		  
 		 [AgL2X7]
0
X+2Z = 8  
 		 [AgX4Z2]
0		  
 		 [AgX6Z]
0		  
 		 [AgX8]
0		  
 		 [AgLX8]
0		  
 
X+2Z = 9 [AgX3Z3]
0		  
 		 [AgX5Z2]
0		  
 		 [AgX7Z]
0		  
 		 [AgX9]
0		  
 		 [AgLX9]
0
X+2Z = 10  
 		 [AgX4Z3]
0		  
 		 [AgX6Z2]
0		  
 		 [AgX8Z]
0		  
 		 [AgX10]
0		  
 
X+2Z = 11 [AgX3Z4]
0		  
 		 [AgX5Z3]
0		  
 		 [AgX7Z2]
0		  
 		 [AgX9Z]
0		  
 		 [AgX11]
0
X+2Z = 12  
 		 [AgX4Z4]
0		  
 		 [AgX6Z3]
0		  
 		 [AgX8Z2]
0		  
 		 [AgX10Z]
0		  
 

MLXZq± grid for silver (Ag) for Q = 1: [AgXxLlZz]+

The number of compounds found is 56.

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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0 [AgL2]+
39%		  
 		 [AgL3]+
20%		  
 		 [AgL4]+
30%		  
 		 [AgL5]+
2%		  
 		 [AgL6]+
4%
X+2Z = 1  
 		 [AgL2X]+
0		  
 		 [AgL3X]+
0		  
 		 [AgL4X]+
0		  
 		 [AgL5X]+
2%		  
 
X+2Z = 2 [AgLX2]+
0		  
 		 [AgL2X2]+
2%		  
 		 [AgL3X2]+
0		  
 		 [AgL4X2]+
0		  
 		 [AgL5X2]+
0
X+2Z = 3  
 		 [AgLX3]+
0		  
 		 [AgL2X3]+
0		  
 		 [AgL3X3]+
0		  
 		 [AgL4X3]+
0		  
 
X+2Z = 4 [AgX4]+
0		  
 		 [AgLX4]+
0		  
 		 [AgL2X4]+
0		  
 		 [AgL3X4]+
0		  
 		 [AgL4X4]+
0
X+2Z = 5  
 		 [AgX5]+
0		  
 		 [AgLX5]+
0		  
 		 [AgL2X5]+
0		  
 		 [AgL3X5]+
0		  
 
X+2Z = 6 [AgX4Z]+
0		  
 		 [AgX6]+
0		  
 		 [AgLX6]+
0		  
 		 [AgL2X6]+
0		  
 		 [AgL3X6]+
0
X+2Z = 7  
 		 [AgX5Z]+
0		  
 		 [AgX7]+
0		  
 		 [AgLX7]+
0		  
 		 [AgL2X7]+
0		  
 
X+2Z = 8 [AgX4Z2]+
0		  
 		 [AgX6Z]+
0		  
 		 [AgX8]+
0		  
 		 [AgLX8]+
0		  
 		 [AgL2X8]+
0
X+2Z = 9  
 		 [AgX5Z2]+
0		  
 		 [AgX7Z]+
0		  
 		 [AgX9]+
0		  
 		 [AgLX9]+
0		  
 
X+2Z = 10 [AgX4Z3]+
0		  
 		 [AgX6Z2]+
0		  
 		 [AgX8Z]+
0		  
 		 [AgX10]+
0		  
 		 [AgLX10]+
0
X+2Z = 11  
 		 [AgX5Z3]+
0		  
 		 [AgX7Z2]+
0		  
 		 [AgX9Z]+
0		  
 		 [AgX11]+
0		  
 
X+2Z = 12 [AgX4Z4]+
0		  
 		 [AgX6Z3]+
0		  
 		 [AgX8Z2]+
0		  
 		 [AgX10Z]+
0		  
 		 [AgX12]+
0

MLXZq± grid for silver (Ag) for Q = 2: [AgXxLlZz]2+

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 silver with that [MLXZ]q± classification.

EN➝ 14 15 16 17 18 19 20 21 22
X+2Z = 0  
 		 [AgL3]2+
0		  
 		 [AgL4]2+
50%		  
 		 [AgL5]2+
25%		  
 		 [AgL6]2+
25%		  
 
X+2Z = 1 [AgL2X]2+
0		  
 		 [AgL3X]2+
0		  
 		 [AgL4X]2+
0		  
 		 [AgL5X]2+
0		  
 		 [AgL6X]2+
0
X+2Z = 2  
 		 [AgL2X2]2+
0		  
 		 [AgL3X2]2+
0		  
 		 [AgL4X2]2+
0		  
 		 [AgL5X2]2+
0		  
 
X+2Z = 3 [AgLX3]2+
0		  
 		 [AgL2X3]2+
0		  
 		 [AgL3X3]2+
0		  
 		 [AgL4X3]2+
0		  
 		 [AgL5X3]2+
0
X+2Z = 4  
 		 [AgLX4]2+
0		  
 		 [AgL2X4]2+
0		  
 		 [AgL3X4]2+
0		  
 		 [AgL4X4]2+
0		  
 
X+2Z = 5 [AgX5]2+
0		  
 		 [AgLX5]2+
0		  
 		 [AgL2X5]2+
0		  
 		 [AgL3X5]2+
0		  
 		 [AgL4X5]2+
0
X+2Z = 6  
 		 [AgX6]2+
0		  
 		 [AgLX6]2+
0		  
 		 [AgL2X6]2+
0		  
 		 [AgL3X6]2+
0		  
 
X+2Z = 7 [AgX5Z]2+
0		  
 		 [AgX7]2+
0		  
 		 [AgLX7]2+
0		  
 		 [AgL2X7]2+
0		  
 		 [AgL3X7]2+
0
X+2Z = 8  
 		 [AgX6Z]2+
0		  
 		 [AgX8]2+
0		  
 		 [AgLX8]2+
0		  
 		 [AgL2X8]2+
0		  
 
X+2Z = 9 [AgX5Z2]2+
0		  
 		 [AgX7Z]2+
0		  
 		 [AgX9]2+
0		  
 		 [AgLX9]2+
0		  
 		 [AgL2X9]2+
0
X+2Z = 10  
 		 [AgX6Z2]2+
0		  
 		 [AgX8Z]2+
0		  
 		 [AgX10]2+
0		  
 		 [AgLX10]2+
0		  
 
X+2Z = 11 [AgX5Z3]2+
0		  
 		 [AgX7Z2]2+
0		  
 		 [AgX9Z]2+
0		  
 		 [AgX11]2+
0		  
 		 [AgLX11]2+
0
X+2Z = 12  
 		 [AgX6Z3]2+
0		  
 		 [AgX8Z2]2+
0		  
 		 [AgX10Z]2+
0		  
 		 [AgX12]2+
0		  
 

MLXZq± grid for silver (Ag) for Q = 3: [AgXxLlZz]3+

The number of compounds found is 0.

MLXZq± grid for silver (Ag) for Q = 4: [AgXxLlZz]4+

The number of compounds found is 0.

MLXZq± grid for gold (Au) for Q = -6: [AuXxLlZz]6-

The number of compounds found is 0.

MLXZq± grid for gold (Au) for Q = -5: [AuXxLlZz]5-

The number of compounds found is 0.

MLXZq± grid for gold (Au) for Q = -4: [AuXxLlZz]4-

The number of compounds found is 0.

MLXZq± grid for gold (Au) for Q = -3: [AuXxLlZz]3-

The number of compounds found is 0.

MLXZq± grid for gold (Au) for Q = -2: [AuXxLlZz]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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0  
 		 [Au]2-
0		  
 		 [AuL]2-
0		  
 		 [AuL2]2-
0		  
 
X+2Z = 1 [AuZ]2-
0		  
 		 [AuX]2-
0		  
 		 [AuLX]2-
0		  
 		 [AuL2X]2-
0
X+2Z = 2  
 		 [AuZ]2-
0		  
 		 [AuX2]2-
0		  
 		 [AuLX2]2-
0		  
 
X+2Z = 3 [AuZ2]2-
0		  
 		 [AuXZ]2-
0		  
 		 [AuX3]2-
100%		  
 		 [AuLX3]2-
0
X+2Z = 4  
 		 [AuZ2]2-
0		  
 		 [AuX2Z]2-
0		  
 		 [AuX4]2-
0		  
 
X+2Z = 5 [AuZ3]2-
0		  
 		 [AuXZ2]2-
0		  
 		 [AuX3Z]2-
0		  
 		 [AuX5]2-
0
X+2Z = 6  
 		 [AuZ3]2-
0		  
 		 [AuX2Z2]2-
0		  
 		 [AuX4Z]2-
0		  
 
X+2Z = 7 [AuZ4]2-
0		  
 		 [AuXZ3]2-
0		  
 		 [AuX3Z2]2-
0		  
 		 [AuX5Z]2-
0
X+2Z = 8  
 		 [AuZ4]2-
0		  
 		 [AuX2Z3]2-
0		  
 		 [AuX4Z2]2-
0		  
 
X+2Z = 9 [AuZ5]2-
0		  
 		 [AuXZ4]2-
0		  
 		 [AuX3Z3]2-
0		  
 		 [AuX5Z2]2-
0
X+2Z = 10  
 		 [AuZ5]2-
0		  
 		 [AuX2Z4]2-
0		  
 		 [AuX4Z3]2-
0		  
 
X+2Z = 11 [AuZ6]2-
0		  
 		 [AuXZ5]2-
0		  
 		 [AuX3Z4]2-
0		  
 		 [AuX5Z3]2-
0
X+2Z = 12  
 		 [AuZ6]2-
0		  
 		 [AuX2Z5]2-
0		  
 		 [AuX4Z4]2-
0		  
 

MLXZq± grid for gold (Au) for Q = -1: [AuXxLlZz]-

The number of compounds found is 78.

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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0 [Au]-
0		  
 		 [AuL]-
0		  
 		 [AuL2]-
0		  
 		 [AuL3]-
0
X+2Z = 1  
 		 [AuX]-
0		  
 		 [AuLX]-
0		  
 		 [AuL2X]-
0		  
 
X+2Z = 2 [AuZ]-
0		  
 		 [AuX2]-
44%		  
 		 [AuLX2]-
0		  
 		 [AuL2X2]-
1%
X+2Z = 3  
 		 [AuXZ]-
0		  
 		 [AuX3]-
0		  
 		 [AuLX3]-
0		  
 
X+2Z = 4 [AuZ2]-
0		  
 		 [AuX2Z]-
0		  
 		 [AuX4]-
54%		  
 		 [AuLX4]-
0
X+2Z = 5  
 		 [AuXZ2]-
0		  
 		 [AuX3Z]-
0		  
 		 [AuX5]-
0		  
 
X+2Z = 6 [AuZ3]-
0		  
 		 [AuX2Z2]-
0		  
 		 [AuX4Z]-
0		  
 		 [AuX6]-
1%
X+2Z = 7  
 		 [AuXZ3]-
0		  
 		 [AuX3Z2]-
0		  
 		 [AuX5Z]-
0		  
 
X+2Z = 8 [AuZ4]-
0		  
 		 [AuX2Z3]-
0		  
 		 [AuX4Z2]-
0		  
 		 [AuX6Z]-
0
X+2Z = 9  
 		 [AuXZ4]-
0		  
 		 [AuX3Z3]-
0		  
 		 [AuX5Z2]-
0		  
 
X+2Z = 10 [AuZ5]-
0		  
 		 [AuX2Z4]-
0		  
 		 [AuX4Z3]-
0		  
 		 [AuX6Z2]-
0
X+2Z = 11  
 		 [AuXZ5]-
0		  
 		 [AuX3Z4]-
0		  
 		 [AuX5Z3]-
0		  
 
X+2Z = 12 [AuZ6]-
0		  
 		 [AuX2Z5]-
0		  
 		 [AuX4Z4]-
0		  
 		 [AuX6Z3]-
0

MLXZq± grid for gold (Au) for Q = 0: [AuXxLlZz]

The number of compounds found is 291.

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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0  
 		 [AuL]
0		  
 		 [AuL2]
0		  
 		 [AuL3]
0		  
 
X+2Z = 1 [AuX]
0.3%		  
 		 [AuLX]
61%		  
 		 [AuL2X]
3%		  
 		 [AuL3X]
2%
X+2Z = 2  
 		 [AuX2]
0		  
 		 [AuLX2]
0		  
 		 [AuL2X2]
1%		  
 
X+2Z = 3 [AuXZ]
0		  
 		 [AuX3]
1%		  
 		 [AuLX3]
31%		  
 		 [AuL2X3]
0.3%
X+2Z = 4  
 		 [AuX2Z]
0		  
 		 [AuX4]
0.3%		  
 		 [AuLX4]
0		  
 
X+2Z = 5 [AuXZ2]
0		  
 		 [AuX3Z]
0		  
 		 [AuX5]
0		  
 		 [AuLX5]
0.3%
X+2Z = 6  
 		 [AuX2Z2]
0		  
 		 [AuX4Z]
0		  
 		 [AuX6]
0		  
 
X+2Z = 7 [AuXZ3]
0		  
 		 [AuX3Z2]
0		  
 		 [AuX5Z]
0		  
 		 [AuX7]
0
X+2Z = 8  
 		 [AuX2Z3]
0		  
 		 [AuX4Z2]
0		  
 		 [AuX6Z]
0		  
 
X+2Z = 9 [AuXZ4]
0		  
 		 [AuX3Z3]
0		  
 		 [AuX5Z2]
0		  
 		 [AuX7Z]
0
X+2Z = 10  
 		 [AuX2Z4]
0		  
 		 [AuX4Z3]
0		  
 		 [AuX6Z2]
0		  
 
X+2Z = 11 [AuXZ5]
0		  
 		 [AuX3Z4]
0		  
 		 [AuX5Z3]
0		  
 		 [AuX7Z2]
0
X+2Z = 12  
 		 [AuX2Z5]
0		  
 		 [AuX4Z4]
0		  
 		 [AuX6Z3]
0		  
 

MLXZq± grid for gold (Au) for Q = 1: [AuXxLlZz]+

The number of compounds found is 121.

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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0 [AuL]+
0		  
 		 [AuL2]+
60%		  
 		 [AuL3]+
7%		  
 		 [AuL4]+
10%
X+2Z = 1  
 		 [AuLX]+
0		  
 		 [AuL2X]+
0		  
 		 [AuL3X]+
0		  
 
X+2Z = 2 [AuX2]+
0		  
 		 [AuLX2]+
0		  
 		 [AuL2X2]+
24%		  
 		 [AuL3X2]+
0
X+2Z = 3  
 		 [AuX3]+
0		  
 		 [AuLX3]+
0		  
 		 [AuL2X3]+
0		  
 
X+2Z = 4 [AuX2Z]+
0		  
 		 [AuX4]+
0		  
 		 [AuLX4]+
0		  
 		 [AuL2X4]+
0
X+2Z = 5  
 		 [AuX3Z]+
0		  
 		 [AuX5]+
0		  
 		 [AuLX5]+
0		  
 
X+2Z = 6 [AuX2Z2]+
0		  
 		 [AuX4Z]+
0		  
 		 [AuX6]+
0		  
 		 [AuLX6]+
0
X+2Z = 7  
 		 [AuX3Z2]+
0		  
 		 [AuX5Z]+
0		  
 		 [AuX7]+
0		  
 
X+2Z = 8 [AuX2Z3]+
0		  
 		 [AuX4Z2]+
0		  
 		 [AuX6Z]+
0		  
 		 [AuX8]+
0
X+2Z = 9  
 		 [AuX3Z3]+
0		  
 		 [AuX5Z2]+
0		  
 		 [AuX7Z]+
0		  
 
X+2Z = 10 [AuX2Z4]+
0		  
 		 [AuX4Z3]+
0		  
 		 [AuX6Z2]+
0		  
 		 [AuX8Z]+
0
X+2Z = 11  
 		 [AuX3Z4]+
0		  
 		 [AuX5Z3]+
0		  
 		 [AuX7Z2]+
0		  
 
X+2Z = 12 [AuX2Z5]+
0		  
 		 [AuX4Z4]+
0		  
 		 [AuX6Z3]+
0		  
 		 [AuX8Z2]+
0

MLXZq± grid for gold (Au) for Q = 2: [AuXxLlZz]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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0  
 		 [AuL2]2+
0		  
 		 [AuL3]2+
0		  
 		 [AuL4]2+
40%		  
 
X+2Z = 1 [AuLX]2+
0		  
 		 [AuL2X]2+
0		  
 		 [AuL3X]2+
60%		  
 		 [AuL4X]2+
0
X+2Z = 2  
 		 [AuLX2]2+
0		  
 		 [AuL2X2]2+
0		  
 		 [AuL3X2]2+
0		  
 
X+2Z = 3 [AuX3]2+
0		  
 		 [AuLX3]2+
0		  
 		 [AuL2X3]2+
0		  
 		 [AuL3X3]2+
0
X+2Z = 4  
 		 [AuX4]2+
0		  
 		 [AuLX4]2+
0		  
 		 [AuL2X4]2+
0		  
 
X+2Z = 5 [AuX3Z]2+
0		  
 		 [AuX5]2+
0		  
 		 [AuLX5]2+
0		  
 		 [AuL2X5]2+
0
X+2Z = 6  
 		 [AuX4Z]2+
0		  
 		 [AuX6]2+
0		  
 		 [AuLX6]2+
0		  
 
X+2Z = 7 [AuX3Z2]2+
0		  
 		 [AuX5Z]2+
0		  
 		 [AuX7]2+
0		  
 		 [AuLX7]2+
0
X+2Z = 8  
 		 [AuX4Z2]2+
0		  
 		 [AuX6Z]2+
0		  
 		 [AuX8]2+
0		  
 
X+2Z = 9 [AuX3Z3]2+
0		  
 		 [AuX5Z2]2+
0		  
 		 [AuX7Z]2+
0		  
 		 [AuX9]2+
0
X+2Z = 10  
 		 [AuX4Z3]2+
0		  
 		 [AuX6Z2]2+
0		  
 		 [AuX8Z]2+
0		  
 
X+2Z = 11 [AuX3Z4]2+
0		  
 		 [AuX5Z3]2+
0		  
 		 [AuX7Z2]2+
0		  
 		 [AuX9Z]2+
0
X+2Z = 12  
 		 [AuX4Z4]2+
0		  
 		 [AuX6Z3]2+
0		  
 		 [AuX8Z2]2+
0		  
 

MLXZq± grid for gold (Au) for Q = 3: [AuXxLlZz]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 gold with that [MLXZ]q± classification.

EN➝ 12 13 14 15 16 17 18
X+2Z = 0 [AuL2]3+
0		  
 		 [AuL3]3+
0		  
 		 [AuL4]3+
100%		  
 		 [AuL5]3+
0
X+2Z = 1  
 		 [AuL2X]3+
0		  
 		 [AuL3X]3+
0		  
 		 [AuL4X]3+
0		  
 
X+2Z = 2 [AuLX2]3+
0		  
 		 [AuL2X2]3+
0		  
 		 [AuL3X2]3+
0		  
 		 [AuL4X2]3+
0
X+2Z = 3  
 		 [AuLX3]3+
0		  
 		 [AuL2X3]3+
0		  
 		 [AuL3X3]3+
0		  
 
X+2Z = 4 [AuX4]3+
0		  
 		 [AuLX4]3+
0		  
 		 [AuL2X4]3+
0		  
 		 [AuL3X4]3+
0
X+2Z = 5  
 		 [AuX5]3+
0		  
 		 [AuLX5]3+
0		  
 		 [AuL2X5]3+
0		  
 
X+2Z = 6 [AuX4Z]3+
0		  
 		 [AuX6]3+
0		  
 		 [AuLX6]3+
0		  
 		 [AuL2X6]3+
0
X+2Z = 7  
 		 [AuX5Z]3+
0		  
 		 [AuX7]3+
0		  
 		 [AuLX7]3+
0		  
 
X+2Z = 8 [AuX4Z2]3+
0		  
 		 [AuX6Z]3+
0		  
 		 [AuX8]3+
0		  
 		 [AuLX8]3+
0
X+2Z = 9  
 		 [AuX5Z2]3+
0		  
 		 [AuX7Z]3+
0		  
 		 [AuX9]3+
0		  
 
X+2Z = 10 [AuX4Z3]3+
0		  
 		 [AuX6Z2]3+
0		  
 		 [AuX8Z]3+
0		  
 		 [AuX10]3+
0
X+2Z = 11  
 		 [AuX5Z3]3+
0		  
 		 [AuX7Z2]3+
0		  
 		 [AuX9Z]3+
0		  
 
X+2Z = 12 [AuX4Z4]3+
0		  
 		 [AuX6Z3]3+
0		  
 		 [AuX8Z2]3+
0		  
 		 [AuX10Z]3+
0

MLXZq± grid for gold (Au) for Q = 4: [AuXxLlZz]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.