MLXZQ± Grid

MLXZq± grid for selenium (Se) for Q = -6: [SeXxLlZz]6-

The number of compounds found is 0.

MLXZq± grid for selenium (Se) for Q = -5: [SeXxLlZz]5-

The number of compounds found is 0.

MLXZq± grid for selenium (Se) for Q = -4: [SeXxLlZz]4-

The number of compounds found is 0.

MLXZq± grid for selenium (Se) for Q = -3: [SeXxLlZz]3-

The number of compounds found is 0.

MLXZq± grid for selenium (Se) for Q = -2: [SeXxLlZz]2-

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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0 [Se]2-
0		  
 		 [SeL]2-
0		  
 		 [SeL2]2-
0		  
 		 [SeL3]2-
0
X+2Z = 1  
 		 [SeX]2-
0		  
 		 [SeLX]2-
0		  
 		 [SeL2X]2-
0		  
 
X+2Z = 2 [SeZ]2-
0		  
 		 [SeX2]2-
0		  
 		 [SeLX2]2-
0		  
 		 [SeL2X2]2-
0
X+2Z = 3  
 		 [SeXZ]2-
0		  
 		 [SeX3]2-
0		  
 		 [SeLX3]2-
0		  
 
X+2Z = 4 [SeZ2]2-
0		  
 		 [SeX2Z]2-
0		  
 		 [SeX4]2-
43%		  
 		 [SeLX4]2-
0
X+2Z = 5  
 		 [SeXZ2]2-
0		  
 		 [SeX3Z]2-
0		  
 		 [SeX5]2-
0		  
 
X+2Z = 6 [SeZ3]2-
0		  
 		 [SeX2Z2]2-
0		  
 		 [SeX4Z]2-
0		  
 		 [SeX6]2-
57%
X+2Z = 7  
 		 [SeXZ3]2-
0		  
 		 [SeX3Z2]2-
0		  
 		 [SeX5Z]2-
0		  
 
X+2Z = 8 [SeZ4]2-
0		  
 		 [SeX2Z3]2-
0		  
 		 [SeX4Z2]2-
0		  
 		 [SeX6Z]2-
0
X+2Z = 9  
 		 [SeXZ4]2-
0		  
 		 [SeX3Z3]2-
0		  
 		 [SeX5Z2]2-
0		  
 
X+2Z = 10 [SeZ5]2-
0		  
 		 [SeX2Z4]2-
0		  
 		 [SeX4Z3]2-
0		  
 		 [SeX6Z2]2-
0
X+2Z = 11  
 		 [SeXZ5]2-
0		  
 		 [SeX3Z4]2-
0		  
 		 [SeX5Z3]2-
0		  
 
X+2Z = 12 [SeZ6]2-
0		  
 		 [SeX2Z5]2-
0		  
 		 [SeX4Z4]2-
0		  
 		 [SeX6Z3]2-
0

MLXZq± grid for selenium (Se) for Q = -1: [SeXxLlZz]-

The number of compounds found is 15.

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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0  
 		 [SeL]-
0		  
 		 [SeL2]-
0		  
 		 [SeL3]-
0		  
 
X+2Z = 1 [SeX]-
7%		  
 		 [SeLX]-
0		  
 		 [SeL2X]-
0		  
 		 [SeL3X]-
0
X+2Z = 2  
 		 [SeX2]-
0		  
 		 [SeLX2]-
0		  
 		 [SeL2X2]-
0		  
 
X+2Z = 3 [SeXZ]-
7%		  
 		 [SeX3]-
33%		  
 		 [SeLX3]-
13%		  
 		 [SeL2X3]-
0
X+2Z = 4  
 		 [SeX2Z]-
0		  
 		 [SeX4]-
0		  
 		 [SeLX4]-
0		  
 
X+2Z = 5 [SeXZ2]-
0		  
 		 [SeX3Z]-
0		  
 		 [SeX5]-
27%		  
 		 [SeLX5]-
13%
X+2Z = 6  
 		 [SeX2Z2]-
0		  
 		 [SeX4Z]-
0		  
 		 [SeX6]-
0		  
 
X+2Z = 7 [SeXZ3]-
0		  
 		 [SeX3Z2]-
0		  
 		 [SeX5Z]-
0		  
 		 [SeX7]-
0
X+2Z = 8  
 		 [SeX2Z3]-
0		  
 		 [SeX4Z2]-
0		  
 		 [SeX6Z]-
0		  
 
X+2Z = 9 [SeXZ4]-
0		  
 		 [SeX3Z3]-
0		  
 		 [SeX5Z2]-
0		  
 		 [SeX7Z]-
0
X+2Z = 10  
 		 [SeX2Z4]-
0		  
 		 [SeX4Z3]-
0		  
 		 [SeX6Z2]-
0		  
 
X+2Z = 11 [SeXZ5]-
0		  
 		 [SeX3Z4]-
0		  
 		 [SeX5Z3]-
0		  
 		 [SeX7Z2]-
0
X+2Z = 12  
 		 [SeX2Z5]-
0		  
 		 [SeX4Z4]-
0		  
 		 [SeX6Z3]-
0		  
 

MLXZq± grid for selenium (Se) for Q = 0: [SeXxLlZz]

The number of compounds found is 541.

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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0 [SeL]
0		  
 		 [SeL2]
0		  
 		 [SeL3]
0		  
 		 [SeL4]
0
X+2Z = 1  
 		 [SeLX]
0		  
 		 [SeL2X]
0		  
 		 [SeL3X]
0		  
 
X+2Z = 2 [SeX2]
73%		  
 		 [SeLX2]
2%		  
 		 [SeL2X2]
1%		  
 		 [SeL3X2]
0
X+2Z = 3  
 		 [SeX3]
0		  
 		 [SeLX3]
0		  
 		 [SeL2X3]
0		  
 
X+2Z = 4 [SeX2Z]
18%		  
 		 [SeX4]
4%		  
 		 [SeLX4]
1%		  
 		 [SeL2X4]
0.4%
X+2Z = 5  
 		 [SeX3Z]
0		  
 		 [SeX5]
0		  
 		 [SeLX5]
0		  
 
X+2Z = 6 [SeX2Z2]
1%		  
 		 [SeX4Z]
0.2%		  
 		 [SeX6]
0		  
 		 [SeLX6]
0
X+2Z = 7  
 		 [SeX3Z2]
0		  
 		 [SeX5Z]
0		  
 		 [SeX7]
0		  
 
X+2Z = 8 [SeX2Z3]
0		  
 		 [SeX4Z2]
0		  
 		 [SeX6Z]
0		  
 		 [SeX8]
0
X+2Z = 9  
 		 [SeX3Z3]
0		  
 		 [SeX5Z2]
0		  
 		 [SeX7Z]
0		  
 
X+2Z = 10 [SeX2Z4]
0		  
 		 [SeX4Z3]
0		  
 		 [SeX6Z2]
0		  
 		 [SeX8Z]
0
X+2Z = 11  
 		 [SeX3Z4]
0		  
 		 [SeX5Z3]
0		  
 		 [SeX7Z2]
0		  
 
X+2Z = 12 [SeX2Z5]
0		  
 		 [SeX4Z4]
0		  
 		 [SeX6Z3]
0		  
 		 [SeX8Z2]
0

MLXZq± grid for selenium (Se) for Q = 1: [SeXxLlZz]+

The number of compounds found is 43.

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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0  
 		 [SeL2]+
0		  
 		 [SeL3]+
0		  
 		 [SeL4]+
0		  
 
X+2Z = 1 [SeLX]+
19%		  
 		 [SeL2X]+
0		  
 		 [SeL3X]+
0		  
 		 [SeL4X]+
0
X+2Z = 2  
 		 [SeLX2]+
0		  
 		 [SeL2X2]+
0		  
 		 [SeL3X2]+
0		  
 
X+2Z = 3 [SeX3]+
79%		  
 		 [SeLX3]+
0		  
 		 [SeL2X3]+
2%		  
 		 [SeL3X3]+
0
X+2Z = 4  
 		 [SeX4]+
0		  
 		 [SeLX4]+
0		  
 		 [SeL2X4]+
0		  
 
X+2Z = 5 [SeX3Z]+
0		  
 		 [SeX5]+
0		  
 		 [SeLX5]+
0		  
 		 [SeL2X5]+
0
X+2Z = 6  
 		 [SeX4Z]+
0		  
 		 [SeX6]+
0		  
 		 [SeLX6]+
0		  
 
X+2Z = 7 [SeX3Z2]+
0		  
 		 [SeX5Z]+
0		  
 		 [SeX7]+
0		  
 		 [SeLX7]+
0
X+2Z = 8  
 		 [SeX4Z2]+
0		  
 		 [SeX6Z]+
0		  
 		 [SeX8]+
0		  
 
X+2Z = 9 [SeX3Z3]+
0		  
 		 [SeX5Z2]+
0		  
 		 [SeX7Z]+
0		  
 		 [SeX9]+
0
X+2Z = 10  
 		 [SeX4Z3]+
0		  
 		 [SeX6Z2]+
0		  
 		 [SeX8Z]+
0		  
 
X+2Z = 11 [SeX3Z4]+
0		  
 		 [SeX5Z3]+
0		  
 		 [SeX7Z2]+
0		  
 		 [SeX9Z]+
0
X+2Z = 12  
 		 [SeX4Z4]+
0		  
 		 [SeX6Z3]+
0		  
 		 [SeX8Z2]+
0		  
 

MLXZq± grid for selenium (Se) for Q = 2: [SeXxLlZz]2+

The number of compounds found is 20.

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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0 [SeL2]2+
5%		  
 		 [SeL3]2+
0		  
 		 [SeL4]2+
0		  
 		 [SeL5]2+
0
X+2Z = 1  
 		 [SeL2X]2+
0		  
 		 [SeL3X]2+
0		  
 		 [SeL4X]2+
0		  
 
X+2Z = 2 [SeLX2]2+
5%		  
 		 [SeL2X2]2+
0		  
 		 [SeL3X2]2+
0		  
 		 [SeL4X2]2+
0
X+2Z = 3  
 		 [SeLX3]2+
0		  
 		 [SeL2X3]2+
0		  
 		 [SeL3X3]2+
0		  
 
X+2Z = 4 [SeX4]2+
90%		  
 		 [SeLX4]2+
0		  
 		 [SeL2X4]2+
0		  
 		 [SeL3X4]2+
0
X+2Z = 5  
 		 [SeX5]2+
0		  
 		 [SeLX5]2+
0		  
 		 [SeL2X5]2+
0		  
 
X+2Z = 6 [SeX4Z]2+
0		  
 		 [SeX6]2+
0		  
 		 [SeLX6]2+
0		  
 		 [SeL2X6]2+
0
X+2Z = 7  
 		 [SeX5Z]2+
0		  
 		 [SeX7]2+
0		  
 		 [SeLX7]2+
0		  
 
X+2Z = 8 [SeX4Z2]2+
0		  
 		 [SeX6Z]2+
0		  
 		 [SeX8]2+
0		  
 		 [SeLX8]2+
0
X+2Z = 9  
 		 [SeX5Z2]2+
0		  
 		 [SeX7Z]2+
0		  
 		 [SeX9]2+
0		  
 
X+2Z = 10 [SeX4Z3]2+
0		  
 		 [SeX6Z2]2+
0		  
 		 [SeX8Z]2+
0		  
 		 [SeX10]2+
0
X+2Z = 11  
 		 [SeX5Z3]2+
0		  
 		 [SeX7Z2]2+
0		  
 		 [SeX9Z]2+
0		  
 
X+2Z = 12 [SeX4Z4]2+
0		  
 		 [SeX6Z3]2+
0		  
 		 [SeX8Z2]2+
0		  
 		 [SeX10Z]2+
0

MLXZq± grid for selenium (Se) for Q = 3: [SeXxLlZz]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 selenium with that [MLXZ]q± classification.

EN➝ 8 9 10 11 12 13 14
X+2Z = 0  
 		 [SeL3]3+
0		  
 		 [SeL4]3+
0		  
 		 [SeL5]3+
0		  
 
X+2Z = 1 [SeL2X]3+
0		  
 		 [SeL3X]3+
0		  
 		 [SeL4X]3+
0		  
 		 [SeL5X]3+
0
X+2Z = 2  
 		 [SeL2X2]3+
0		  
 		 [SeL3X2]3+
0		  
 		 [SeL4X2]3+
0		  
 
X+2Z = 3 [SeLX3]3+
100%		  
 		 [SeL2X3]3+
0		  
 		 [SeL3X3]3+
0		  
 		 [SeL4X3]3+
0
X+2Z = 4  
 		 [SeLX4]3+
0		  
 		 [SeL2X4]3+
0		  
 		 [SeL3X4]3+
0		  
 
X+2Z = 5 [SeX5]3+
0		  
 		 [SeLX5]3+
0		  
 		 [SeL2X5]3+
0		  
 		 [SeL3X5]3+
0
X+2Z = 6  
 		 [SeX6]3+
0		  
 		 [SeLX6]3+
0		  
 		 [SeL2X6]3+
0		  
 
X+2Z = 7 [SeX5Z]3+
0		  
 		 [SeX7]3+
0		  
 		 [SeLX7]3+
0		  
 		 [SeL2X7]3+
0
X+2Z = 8  
 		 [SeX6Z]3+
0		  
 		 [SeX8]3+
0		  
 		 [SeLX8]3+
0		  
 
X+2Z = 9 [SeX5Z2]3+
0		  
 		 [SeX7Z]3+
0		  
 		 [SeX9]3+
0		  
 		 [SeLX9]3+
0
X+2Z = 10  
 		 [SeX6Z2]3+
0		  
 		 [SeX8Z]3+
0		  
 		 [SeX10]3+
0		  
 
X+2Z = 11 [SeX5Z3]3+
0		  
 		 [SeX7Z2]3+
0		  
 		 [SeX9Z]3+
0		  
 		 [SeX11]3+
0
X+2Z = 12  
 		 [SeX6Z3]3+
0		  
 		 [SeX8Z2]3+
0		  
 		 [SeX10Z]3+
0		  
 

MLXZq± grid for selenium (Se) for Q = 4: [SeXxLlZz]4+

The number of compounds found is 0.