MLXZ Grid

MLXZ grid for praseodymium (Pr) for Q = -6: [PrXxLlZz]6-

The number of compounds found is 0.

MLXZ grid for praseodymium (Pr) for Q = -5: [PrXxLlZz]5-

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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0 [PrZ]5-
0
 
 
[Pr]5-
0
 
 
[PrL]5-
0
 
 
[PrL2]5-
0
 
 
[PrL3]5-
0
 
 
[PrL4]5-
0
 
 
[PrL5]5-
0
 
 
[PrL6]5-
0
 
 
[PrL7]5-
0
 
 
[PrL8]5-
0
X+2Z = 1  
 
[PrZ]5-
0
 
 
[PrX]5-
0
 
 
[PrLX]5-
0
 
 
[PrL2X]5-
0
 
 
[PrL3X]5-
0
 
 
[PrL4X]5-
0
 
 
[PrL5X]5-
0
 
 
[PrL6X]5-
0
 
 
[PrL7X]5-
0
 
 
X+2Z = 2 [PrZ2]5-
0
 
 
[PrZ]5-
0
 
 
[PrX2]5-
0
 
 
[PrLX2]5-
0
 
 
[PrL2X2]5-
0
 
 
[PrL3X2]5-
0
 
 
[PrL4X2]5-
0
 
 
[PrL5X2]5-
0
 
 
[PrL6X2]5-
0
 
 
[PrL7X2]5-
0
X+2Z = 3  
 
[PrZ2]5-
0
 
 
[PrXZ]5-
0
 
 
[PrX3]5-
0
 
 
[PrLX3]5-
0
 
 
[PrL2X3]5-
0
 
 
[PrL3X3]5-
0
 
 
[PrL4X3]5-
0
 
 
[PrL5X3]5-
0
 
 
[PrL6X3]5-
0
 
 
X+2Z = 4 [PrZ3]5-
0
 
 
[PrZ2]5-
0
 
 
[PrX2Z]5-
0
 
 
[PrX4]5-
0
 
 
[PrLX4]5-
0
 
 
[PrL2X4]5-
0
 
 
[PrL3X4]5-
0
 
 
[PrL4X4]5-
0
 
 
[PrL5X4]5-
0
 
 
[PrL6X4]5-
0
X+2Z = 5  
 
[PrZ3]5-
0
 
 
[PrXZ2]5-
0
 
 
[PrX3Z]5-
0
 
 
[PrX5]5-
0
 
 
[PrLX5]5-
0
 
 
[PrL2X5]5-
0
 
 
[PrL3X5]5-
0
 
 
[PrL4X5]5-
0
 
 
[PrL5X5]5-
0
 
 
X+2Z = 6 [PrZ4]5-
0
 
 
[PrZ3]5-
0
 
 
[PrX2Z2]5-
0
 
 
[PrX4Z]5-
0
 
 
[PrX6]5-
0
 
 
[PrLX6]5-
0
 
 
[PrL2X6]5-
0
 
 
[PrL3X6]5-
0
 
 
[PrL4X6]5-
0
 
 
[PrL5X6]5-
0
X+2Z = 7  
 
[PrZ4]5-
0
 
 
[PrXZ3]5-
0
 
 
[PrX3Z2]5-
0
 
 
[PrX5Z]5-
0
 
 
[PrX7]5-
0
 
 
[PrLX7]5-
0
 
 
[PrL2X7]5-
0
 
 
[PrL3X7]5-
0
 
 
[PrL4X7]5-
0
 
 
X+2Z = 8 [PrZ5]5-
0
 
 
[PrZ4]5-
0
 
 
[PrX2Z3]5-
0
 
 
[PrX4Z2]5-
0
 
 
[PrX6Z]5-
0
 
 
[PrX8]5-
50%
 
 
[PrLX8]5-
50%
 
 
[PrL2X8]5-
0
 
 
[PrL3X8]5-
0
 
 
[PrL4X8]5-
0
X+2Z = 9  
 
[PrZ5]5-
0
 
 
[PrXZ4]5-
0
 
 
[PrX3Z3]5-
0
 
 
[PrX5Z2]5-
0
 
 
[PrX7Z]5-
0
 
 
[PrX9]5-
0
 
 
[PrLX9]5-
0
 
 
[PrL2X9]5-
0
 
 
[PrL3X9]5-
0
 
 
X+2Z = 10 [PrZ6]5-
0
 
 
[PrZ5]5-
0
 
 
[PrX2Z4]5-
0
 
 
[PrX4Z3]5-
0
 
 
[PrX6Z2]5-
0
 
 
[PrX8Z]5-
0
 
 
[PrX10]5-
0
 
 
[PrLX10]5-
0
 
 
[PrL2X10]5-
0
 
 
[PrL3X10]5-
0
X+2Z = 11  
 
[PrZ6]5-
0
 
 
[PrXZ5]5-
0
 
 
[PrX3Z4]5-
0
 
 
[PrX5Z3]5-
0
 
 
[PrX7Z2]5-
0
 
 
[PrX9Z]5-
0
 
 
[PrX11]5-
0
 
 
[PrLX11]5-
0
 
 
[PrL2X11]5-
0
 
 
X+2Z = 12 [PrZ7]5-
0
 
 
[PrZ6]5-
0
 
 
[PrX2Z5]5-
0
 
 
[PrX4Z4]5-
0
 
 
[PrX6Z3]5-
0
 
 
[PrX8Z2]5-
0
 
 
[PrX10Z]5-
0
 
 
[PrX12]5-
0
 
 
[PrLX12]5-
0
 
 
[PrL2X12]5-
0

MLXZ grid for praseodymium (Pr) for Q = -4: [PrXxLlZz]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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0  
 
[Pr]4-
0
 
 
[PrL]4-
0
 
 
[PrL2]4-
0
 
 
[PrL3]4-
0
 
 
[PrL4]4-
0
 
 
[PrL5]4-
0
 
 
[PrL6]4-
0
 
 
[PrL7]4-
0
 
 
[PrL8]4-
0
 
 
X+2Z = 1 [PrZ]4-
0
 
 
[PrX]4-
0
 
 
[PrLX]4-
0
 
 
[PrL2X]4-
0
 
 
[PrL3X]4-
0
 
 
[PrL4X]4-
0
 
 
[PrL5X]4-
0
 
 
[PrL6X]4-
0
 
 
[PrL7X]4-
0
 
 
[PrL8X]4-
0
X+2Z = 2  
 
[PrZ]4-
0
 
 
[PrX2]4-
0
 
 
[PrLX2]4-
0
 
 
[PrL2X2]4-
0
 
 
[PrL3X2]4-
0
 
 
[PrL4X2]4-
0
 
 
[PrL5X2]4-
0
 
 
[PrL6X2]4-
0
 
 
[PrL7X2]4-
0
 
 
X+2Z = 3 [PrZ2]4-
0
 
 
[PrXZ]4-
0
 
 
[PrX3]4-
0
 
 
[PrLX3]4-
0
 
 
[PrL2X3]4-
0
 
 
[PrL3X3]4-
0
 
 
[PrL4X3]4-
0
 
 
[PrL5X3]4-
0
 
 
[PrL6X3]4-
0
 
 
[PrL7X3]4-
0
X+2Z = 4  
 
[PrZ2]4-
0
 
 
[PrX2Z]4-
0
 
 
[PrX4]4-
0
 
 
[PrLX4]4-
0
 
 
[PrL2X4]4-
0
 
 
[PrL3X4]4-
0
 
 
[PrL4X4]4-
0
 
 
[PrL5X4]4-
0
 
 
[PrL6X4]4-
0
 
 
X+2Z = 5 [PrZ3]4-
0
 
 
[PrXZ2]4-
0
 
 
[PrX3Z]4-
0
 
 
[PrX5]4-
0
 
 
[PrLX5]4-
0
 
 
[PrL2X5]4-
0
 
 
[PrL3X5]4-
0
 
 
[PrL4X5]4-
0
 
 
[PrL5X5]4-
0
 
 
[PrL6X5]4-
0
X+2Z = 6  
 
[PrZ3]4-
0
 
 
[PrX2Z2]4-
0
 
 
[PrX4Z]4-
0
 
 
[PrX6]4-
0
 
 
[PrLX6]4-
0
 
 
[PrL2X6]4-
0
 
 
[PrL3X6]4-
0
 
 
[PrL4X6]4-
0
 
 
[PrL5X6]4-
0
 
 
X+2Z = 7 [PrZ4]4-
0
 
 
[PrXZ3]4-
0
 
 
[PrX3Z2]4-
0
 
 
[PrX5Z]4-
0
 
 
[PrX7]4-
50%
 
 
[PrLX7]4-
50%
 
 
[PrL2X7]4-
0
 
 
[PrL3X7]4-
0
 
 
[PrL4X7]4-
0
 
 
[PrL5X7]4-
0
X+2Z = 8  
 
[PrZ4]4-
0
 
 
[PrX2Z3]4-
0
 
 
[PrX4Z2]4-
0
 
 
[PrX6Z]4-
0
 
 
[PrX8]4-
0
 
 
[PrLX8]4-
0
 
 
[PrL2X8]4-
0
 
 
[PrL3X8]4-
0
 
 
[PrL4X8]4-
0
 
 
X+2Z = 9 [PrZ5]4-
0
 
 
[PrXZ4]4-
0
 
 
[PrX3Z3]4-
0
 
 
[PrX5Z2]4-
0
 
 
[PrX7Z]4-
0
 
 
[PrX9]4-
0
 
 
[PrLX9]4-
0
 
 
[PrL2X9]4-
0
 
 
[PrL3X9]4-
0
 
 
[PrL4X9]4-
0
X+2Z = 10  
 
[PrZ5]4-
0
 
 
[PrX2Z4]4-
0
 
 
[PrX4Z3]4-
0
 
 
[PrX6Z2]4-
0
 
 
[PrX8Z]4-
0
 
 
[PrX10]4-
0
 
 
[PrLX10]4-
0
 
 
[PrL2X10]4-
0
 
 
[PrL3X10]4-
0
 
 
X+2Z = 11 [PrZ6]4-
0
 
 
[PrXZ5]4-
0
 
 
[PrX3Z4]4-
0
 
 
[PrX5Z3]4-
0
 
 
[PrX7Z2]4-
0
 
 
[PrX9Z]4-
0
 
 
[PrX11]4-
0
 
 
[PrLX11]4-
0
 
 
[PrL2X11]4-
0
 
 
[PrL3X11]4-
0
X+2Z = 12  
 
[PrZ6]4-
0
 
 
[PrX2Z5]4-
0
 
 
[PrX4Z4]4-
0
 
 
[PrX6Z3]4-
0
 
 
[PrX8Z2]4-
0
 
 
[PrX10Z]4-
0
 
 
[PrX12]4-
0
 
 
[PrLX12]4-
0
 
 
[PrL2X12]4-
0
 
 

MLXZ grid for praseodymium (Pr) for Q = -3: [PrXxLlZz]3-

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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0 [Pr]3-
0
 
 
[PrL]3-
0
 
 
[PrL2]3-
0
 
 
[PrL3]3-
0
 
 
[PrL4]3-
0
 
 
[PrL5]3-
0
 
 
[PrL6]3-
0
 
 
[PrL7]3-
0
 
 
[PrL8]3-
0
 
 
[PrL9]3-
0
X+2Z = 1  
 
[PrX]3-
0
 
 
[PrLX]3-
0
 
 
[PrL2X]3-
0
 
 
[PrL3X]3-
0
 
 
[PrL4X]3-
0
 
 
[PrL5X]3-
0
 
 
[PrL6X]3-
0
 
 
[PrL7X]3-
0
 
 
[PrL8X]3-
0
 
 
X+2Z = 2 [PrZ]3-
0
 
 
[PrX2]3-
0
 
 
[PrLX2]3-
0
 
 
[PrL2X2]3-
0
 
 
[PrL3X2]3-
0
 
 
[PrL4X2]3-
0
 
 
[PrL5X2]3-
0
 
 
[PrL6X2]3-
0
 
 
[PrL7X2]3-
0
 
 
[PrL8X2]3-
0
X+2Z = 3  
 
[PrXZ]3-
0
 
 
[PrX3]3-
0
 
 
[PrLX3]3-
0
 
 
[PrL2X3]3-
0
 
 
[PrL3X3]3-
0
 
 
[PrL4X3]3-
0
 
 
[PrL5X3]3-
0
 
 
[PrL6X3]3-
0
 
 
[PrL7X3]3-
0
 
 
X+2Z = 4 [PrZ2]3-
0
 
 
[PrX2Z]3-
0
 
 
[PrX4]3-
0
 
 
[PrLX4]3-
0
 
 
[PrL2X4]3-
0
 
 
[PrL3X4]3-
0
 
 
[PrL4X4]3-
0
 
 
[PrL5X4]3-
0
 
 
[PrL6X4]3-
0
 
 
[PrL7X4]3-
0
X+2Z = 5  
 
[PrXZ2]3-
0
 
 
[PrX3Z]3-
0
 
 
[PrX5]3-
0
 
 
[PrLX5]3-
0
 
 
[PrL2X5]3-
0
 
 
[PrL3X5]3-
0
 
 
[PrL4X5]3-
0
 
 
[PrL5X5]3-
0
 
 
[PrL6X5]3-
0
 
 
X+2Z = 6 [PrZ3]3-
0
 
 
[PrX2Z2]3-
0
 
 
[PrX4Z]3-
0
 
 
[PrX6]3-
60%
 
 
[PrLX6]3-
0
 
 
[PrL2X6]3-
20%
 
 
[PrL3X6]3-
20%
 
 
[PrL4X6]3-
0
 
 
[PrL5X6]3-
0
 
 
[PrL6X6]3-
0
X+2Z = 7  
 
[PrXZ3]3-
0
 
 
[PrX3Z2]3-
0
 
 
[PrX5Z]3-
0
 
 
[PrX7]3-
0
 
 
[PrLX7]3-
0
 
 
[PrL2X7]3-
0
 
 
[PrL3X7]3-
0
 
 
[PrL4X7]3-
0
 
 
[PrL5X7]3-
0
 
 
X+2Z = 8 [PrZ4]3-
0
 
 
[PrX2Z3]3-
0
 
 
[PrX4Z2]3-
0
 
 
[PrX6Z]3-
0
 
 
[PrX8]3-
0
 
 
[PrLX8]3-
0
 
 
[PrL2X8]3-
0
 
 
[PrL3X8]3-
0
 
 
[PrL4X8]3-
0
 
 
[PrL5X8]3-
0
X+2Z = 9  
 
[PrXZ4]3-
0
 
 
[PrX3Z3]3-
0
 
 
[PrX5Z2]3-
0
 
 
[PrX7Z]3-
0
 
 
[PrX9]3-
0
 
 
[PrLX9]3-
0
 
 
[PrL2X9]3-
0
 
 
[PrL3X9]3-
0
 
 
[PrL4X9]3-
0
 
 
X+2Z = 10 [PrZ5]3-
0
 
 
[PrX2Z4]3-
0
 
 
[PrX4Z3]3-
0
 
 
[PrX6Z2]3-
0
 
 
[PrX8Z]3-
0
 
 
[PrX10]3-
0
 
 
[PrLX10]3-
0
 
 
[PrL2X10]3-
0
 
 
[PrL3X10]3-
0
 
 
[PrL4X10]3-
0
X+2Z = 11  
 
[PrXZ5]3-
0
 
 
[PrX3Z4]3-
0
 
 
[PrX5Z3]3-
0
 
 
[PrX7Z2]3-
0
 
 
[PrX9Z]3-
0
 
 
[PrX11]3-
0
 
 
[PrLX11]3-
0
 
 
[PrL2X11]3-
0
 
 
[PrL3X11]3-
0
 
 
X+2Z = 12 [PrZ6]3-
0
 
 
[PrX2Z5]3-
0
 
 
[PrX4Z4]3-
0
 
 
[PrX6Z3]3-
0
 
 
[PrX8Z2]3-
0
 
 
[PrX10Z]3-
0
 
 
[PrX12]3-
0
 
 
[PrLX12]3-
0
 
 
[PrL2X12]3-
0
 
 
[PrL3X12]3-
0

MLXZ grid for praseodymium (Pr) for Q = -2: [PrXxLlZz]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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0  
 
[PrL]2-
0
 
 
[PrL2]2-
0
 
 
[PrL3]2-
0
 
 
[PrL4]2-
0
 
 
[PrL5]2-
0
 
 
[PrL6]2-
0
 
 
[PrL7]2-
0
 
 
[PrL8]2-
0
 
 
[PrL9]2-
0
 
 
X+2Z = 1 [PrX]2-
0
 
 
[PrLX]2-
0
 
 
[PrL2X]2-
0
 
 
[PrL3X]2-
0
 
 
[PrL4X]2-
0
 
 
[PrL5X]2-
0
 
 
[PrL6X]2-
0
 
 
[PrL7X]2-
0
 
 
[PrL8X]2-
0
 
 
[PrL9X]2-
0
X+2Z = 2  
 
[PrX2]2-
0
 
 
[PrLX2]2-
0
 
 
[PrL2X2]2-
0
 
 
[PrL3X2]2-
0
 
 
[PrL4X2]2-
0
 
 
[PrL5X2]2-
0
 
 
[PrL6X2]2-
0
 
 
[PrL7X2]2-
0
 
 
[PrL8X2]2-
0
 
 
X+2Z = 3 [PrXZ]2-
0
 
 
[PrX3]2-
0
 
 
[PrLX3]2-
0
 
 
[PrL2X3]2-
0
 
 
[PrL3X3]2-
0
 
 
[PrL4X3]2-
0
 
 
[PrL5X3]2-
0
 
 
[PrL6X3]2-
0
 
 
[PrL7X3]2-
0
 
 
[PrL8X3]2-
0
X+2Z = 4  
 
[PrX2Z]2-
0
 
 
[PrX4]2-
0
 
 
[PrLX4]2-
0
 
 
[PrL2X4]2-
0
 
 
[PrL3X4]2-
0
 
 
[PrL4X4]2-
0
 
 
[PrL5X4]2-
0
 
 
[PrL6X4]2-
0
 
 
[PrL7X4]2-
0
 
 
X+2Z = 5 [PrXZ2]2-
0
 
 
[PrX3Z]2-
0
 
 
[PrX5]2-
20%
 
 
[PrLX5]2-
0
 
 
[PrL2X5]2-
20%
 
 
[PrL3X5]2-
0
 
 
[PrL4X5]2-
20%
 
 
[PrL5X5]2-
0
 
 
[PrL6X5]2-
20%
 
 
[PrL7X5]2-
20%
X+2Z = 6  
 
[PrX2Z2]2-
0
 
 
[PrX4Z]2-
0
 
 
[PrX6]2-
0
 
 
[PrLX6]2-
0
 
 
[PrL2X6]2-
0
 
 
[PrL3X6]2-
0
 
 
[PrL4X6]2-
0
 
 
[PrL5X6]2-
0
 
 
[PrL6X6]2-
0
 
 
X+2Z = 7 [PrXZ3]2-
0
 
 
[PrX3Z2]2-
0
 
 
[PrX5Z]2-
0
 
 
[PrX7]2-
0
 
 
[PrLX7]2-
0
 
 
[PrL2X7]2-
0
 
 
[PrL3X7]2-
0
 
 
[PrL4X7]2-
0
 
 
[PrL5X7]2-
0
 
 
[PrL6X7]2-
0
X+2Z = 8  
 
[PrX2Z3]2-
0
 
 
[PrX4Z2]2-
0
 
 
[PrX6Z]2-
0
 
 
[PrX8]2-
0
 
 
[PrLX8]2-
0
 
 
[PrL2X8]2-
0
 
 
[PrL3X8]2-
0
 
 
[PrL4X8]2-
0
 
 
[PrL5X8]2-
0
 
 
X+2Z = 9 [PrXZ4]2-
0
 
 
[PrX3Z3]2-
0
 
 
[PrX5Z2]2-
0
 
 
[PrX7Z]2-
0
 
 
[PrX9]2-
0
 
 
[PrLX9]2-
0
 
 
[PrL2X9]2-
0
 
 
[PrL3X9]2-
0
 
 
[PrL4X9]2-
0
 
 
[PrL5X9]2-
0
X+2Z = 10  
 
[PrX2Z4]2-
0
 
 
[PrX4Z3]2-
0
 
 
[PrX6Z2]2-
0
 
 
[PrX8Z]2-
0
 
 
[PrX10]2-
0
 
 
[PrLX10]2-
0
 
 
[PrL2X10]2-
0
 
 
[PrL3X10]2-
0
 
 
[PrL4X10]2-
0
 
 
X+2Z = 11 [PrXZ5]2-
0
 
 
[PrX3Z4]2-
0
 
 
[PrX5Z3]2-
0
 
 
[PrX7Z2]2-
0
 
 
[PrX9Z]2-
0
 
 
[PrX11]2-
0
 
 
[PrLX11]2-
0
 
 
[PrL2X11]2-
0
 
 
[PrL3X11]2-
0
 
 
[PrL4X11]2-
0
X+2Z = 12  
 
[PrX2Z5]2-
0
 
 
[PrX4Z4]2-
0
 
 
[PrX6Z3]2-
0
 
 
[PrX8Z2]2-
0
 
 
[PrX10Z]2-
0
 
 
[PrX12]2-
0
 
 
[PrLX12]2-
0
 
 
[PrL2X12]2-
0
 
 
[PrL3X12]2-
0
 
 

MLXZ grid for praseodymium (Pr) for Q = -1: [PrXxLlZz]-

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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0 [PrL]-
0
 
 
[PrL2]-
0
 
 
[PrL3]-
0
 
 
[PrL4]-
0
 
 
[PrL5]-
0
 
 
[PrL6]-
0
 
 
[PrL7]-
0
 
 
[PrL8]-
0
 
 
[PrL9]-
0
 
 
[PrL10]-
0
X+2Z = 1  
 
[PrLX]-
0
 
 
[PrL2X]-
0
 
 
[PrL3X]-
0
 
 
[PrL4X]-
0
 
 
[PrL5X]-
0
 
 
[PrL6X]-
0
 
 
[PrL7X]-
0
 
 
[PrL8X]-
0
 
 
[PrL9X]-
0
 
 
X+2Z = 2 [PrX2]-
0
 
 
[PrLX2]-
0
 
 
[PrL2X2]-
0
 
 
[PrL3X2]-
0
 
 
[PrL4X2]-
0
 
 
[PrL5X2]-
0
 
 
[PrL6X2]-
0
 
 
[PrL7X2]-
0
 
 
[PrL8X2]-
0
 
 
[PrL9X2]-
0
X+2Z = 3  
 
[PrX3]-
0
 
 
[PrLX3]-
0
 
 
[PrL2X3]-
0
 
 
[PrL3X3]-
0
 
 
[PrL4X3]-
0
 
 
[PrL5X3]-
0
 
 
[PrL6X3]-
20%
 
 
[PrL7X3]-
0
 
 
[PrL8X3]-
0
 
 
X+2Z = 4 [PrX2Z]-
0
 
 
[PrX4]-
0
 
 
[PrLX4]-
0
 
 
[PrL2X4]-
0
 
 
[PrL3X4]-
0
 
 
[PrL4X4]-
40%
 
 
[PrL5X4]-
20%
 
 
[PrL6X4]-
13%
 
 
[PrL7X4]-
7%
 
 
[PrL8X4]-
0
X+2Z = 5  
 
[PrX3Z]-
0
 
 
[PrX5]-
0
 
 
[PrLX5]-
0
 
 
[PrL2X5]-
0
 
 
[PrL3X5]-
0
 
 
[PrL4X5]-
0
 
 
[PrL5X5]-
0
 
 
[PrL6X5]-
0
 
 
[PrL7X5]-
0
 
 
X+2Z = 6 [PrX2Z2]-
0
 
 
[PrX4Z]-
0
 
 
[PrX6]-
0
 
 
[PrLX6]-
0
 
 
[PrL2X6]-
0
 
 
[PrL3X6]-
0
 
 
[PrL4X6]-
0
 
 
[PrL5X6]-
0
 
 
[PrL6X6]-
0
 
 
[PrL7X6]-
0
X+2Z = 7  
 
[PrX3Z2]-
0
 
 
[PrX5Z]-
0
 
 
[PrX7]-
0
 
 
[PrLX7]-
0
 
 
[PrL2X7]-
0
 
 
[PrL3X7]-
0
 
 
[PrL4X7]-
0
 
 
[PrL5X7]-
0
 
 
[PrL6X7]-
0
 
 
X+2Z = 8 [PrX2Z3]-
0
 
 
[PrX4Z2]-
0
 
 
[PrX6Z]-
0
 
 
[PrX8]-
0
 
 
[PrLX8]-
0
 
 
[PrL2X8]-
0
 
 
[PrL3X8]-
0
 
 
[PrL4X8]-
0
 
 
[PrL5X8]-
0
 
 
[PrL6X8]-
0
X+2Z = 9  
 
[PrX3Z3]-
0
 
 
[PrX5Z2]-
0
 
 
[PrX7Z]-
0
 
 
[PrX9]-
0
 
 
[PrLX9]-
0
 
 
[PrL2X9]-
0
 
 
[PrL3X9]-
0
 
 
[PrL4X9]-
0
 
 
[PrL5X9]-
0
 
 
X+2Z = 10 [PrX2Z4]-
0
 
 
[PrX4Z3]-
0
 
 
[PrX6Z2]-
0
 
 
[PrX8Z]-
0
 
 
[PrX10]-
0
 
 
[PrLX10]-
0
 
 
[PrL2X10]-
0
 
 
[PrL3X10]-
0
 
 
[PrL4X10]-
0
 
 
[PrL5X10]-
0
X+2Z = 11  
 
[PrX3Z4]-
0
 
 
[PrX5Z3]-
0
 
 
[PrX7Z2]-
0
 
 
[PrX9Z]-
0
 
 
[PrX11]-
0
 
 
[PrLX11]-
0
 
 
[PrL2X11]-
0
 
 
[PrL3X11]-
0
 
 
[PrL4X11]-
0
 
 
X+2Z = 12 [PrX2Z5]-
0
 
 
[PrX4Z4]-
0
 
 
[PrX6Z3]-
0
 
 
[PrX8Z2]-
0
 
 
[PrX10Z]-
0
 
 
[PrX12]-
0
 
 
[PrLX12]-
0
 
 
[PrL2X12]-
0
 
 
[PrL3X12]-
0
 
 
[PrL4X12]-
0

MLXZ grid for praseodymium (Pr) for Q = 0: [PrXxLlZz]

The number of compounds found is 89.

The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0  
 
[PrL2]
0
 
 
[PrL3]
0
 
 
[PrL4]
0
 
 
[PrL5]
0
 
 
[PrL6]
0
 
 
[PrL7]
0
 
 
[PrL8]
0
 
 
[PrL9]
0
 
 
[PrL10]
0
 
 
X+2Z = 1 [PrLX]
0
 
 
[PrL2X]
0
 
 
[PrL3X]
0
 
 
[PrL4X]
0
 
 
[PrL5X]
0
 
 
[PrL6X]
0
 
 
[PrL7X]
0
 
 
[PrL8X]
0
 
 
[PrL9X]
0
 
 
[PrL10X]
0
X+2Z = 2  
 
[PrLX2]
0
 
 
[PrL2X2]
0
 
 
[PrL3X2]
0
 
 
[PrL4X2]
1%
 
 
[PrL5X2]
0
 
 
[PrL6X2]
0
 
 
[PrL7X2]
0
 
 
[PrL8X2]
0
 
 
[PrL9X2]
0
 
 
X+2Z = 3 [PrX3]
2%
 
 
[PrLX3]
0
 
 
[PrL2X3]
1%
 
 
[PrL3X3]
10%
 
 
[PrL4X3]
7%
 
 
[PrL5X3]
28%
 
 
[PrL6X3]
33%
 
 
[PrL7X3]
15%
 
 
[PrL8X3]
1%
 
 
[PrL9X3]
1%
X+2Z = 4  
 
[PrX4]
0
 
 
[PrLX4]
0
 
 
[PrL2X4]
1%
 
 
[PrL3X4]
0
 
 
[PrL4X4]
0
 
 
[PrL5X4]
0
 
 
[PrL6X4]
0
 
 
[PrL7X4]
0
 
 
[PrL8X4]
0
 
 
X+2Z = 5 [PrX3Z]
0
 
 
[PrX5]
0
 
 
[PrLX5]
0
 
 
[PrL2X5]
0
 
 
[PrL3X5]
0
 
 
[PrL4X5]
0
 
 
[PrL5X5]
0
 
 
[PrL6X5]
0
 
 
[PrL7X5]
0
 
 
[PrL8X5]
0
X+2Z = 6  
 
[PrX4Z]
0
 
 
[PrX6]
0
 
 
[PrLX6]
0
 
 
[PrL2X6]
0
 
 
[PrL3X6]
0
 
 
[PrL4X6]
0
 
 
[PrL5X6]
0
 
 
[PrL6X6]
0
 
 
[PrL7X6]
0
 
 
X+2Z = 7 [PrX3Z2]
0
 
 
[PrX5Z]
0
 
 
[PrX7]
0
 
 
[PrLX7]
0
 
 
[PrL2X7]
0
 
 
[PrL3X7]
0
 
 
[PrL4X7]
0
 
 
[PrL5X7]
0
 
 
[PrL6X7]
0
 
 
[PrL7X7]
0
X+2Z = 8  
 
[PrX4Z2]
0
 
 
[PrX6Z]
0
 
 
[PrX8]
0
 
 
[PrLX8]
0
 
 
[PrL2X8]
0
 
 
[PrL3X8]
0
 
 
[PrL4X8]
0
 
 
[PrL5X8]
0
 
 
[PrL6X8]
0
 
 
X+2Z = 9 [PrX3Z3]
0
 
 
[PrX5Z2]
0
 
 
[PrX7Z]
0
 
 
[PrX9]
0
 
 
[PrLX9]
0
 
 
[PrL2X9]
0
 
 
[PrL3X9]
0
 
 
[PrL4X9]
0
 
 
[PrL5X9]
0
 
 
[PrL6X9]
0
X+2Z = 10  
 
[PrX4Z3]
0
 
 
[PrX6Z2]
0
 
 
[PrX8Z]
0
 
 
[PrX10]
0
 
 
[PrLX10]
0
 
 
[PrL2X10]
0
 
 
[PrL3X10]
0
 
 
[PrL4X10]
0
 
 
[PrL5X10]
0
 
 
X+2Z = 11 [PrX3Z4]
0
 
 
[PrX5Z3]
0
 
 
[PrX7Z2]
0
 
 
[PrX9Z]
0
 
 
[PrX11]
0
 
 
[PrLX11]
0
 
 
[PrL2X11]
0
 
 
[PrL3X11]
0
 
 
[PrL4X11]
0
 
 
[PrL5X11]
0
X+2Z = 12  
 
[PrX4Z4]
0
 
 
[PrX6Z3]
0
 
 
[PrX8Z2]
0
 
 
[PrX10Z]
0
 
 
[PrX12]
0
 
 
[PrLX12]
0
 
 
[PrL2X12]
0
 
 
[PrL3X12]
0
 
 
[PrL4X12]
0
 
 

MLXZ grid for praseodymium (Pr) for Q = 1: [PrXxLlZz]+

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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0 [PrL2]+
0
 
 
[PrL3]+
0
 
 
[PrL4]+
0
 
 
[PrL5]+
0
 
 
[PrL6]+
0
 
 
[PrL7]+
0
 
 
[PrL8]+
0
 
 
[PrL9]+
0
 
 
[PrL10]+
0
 
 
[PrL11]+
0
X+2Z = 1  
 
[PrL2X]+
0
 
 
[PrL3X]+
0
 
 
[PrL4X]+
0
 
 
[PrL5X]+
0
 
 
[PrL6X]+
0
 
 
[PrL7X]+
0
 
 
[PrL8X]+
0
 
 
[PrL9X]+
0
 
 
[PrL10X]+
0
 
 
X+2Z = 2 [PrLX2]+
0
 
 
[PrL2X2]+
9%
 
 
[PrL3X2]+
0
 
 
[PrL4X2]+
9%
 
 
[PrL5X2]+
18%
 
 
[PrL6X2]+
27%
 
 
[PrL7X2]+
9%
 
 
[PrL8X2]+
18%
 
 
[PrL9X2]+
0
 
 
[PrL10X2]+
0
X+2Z = 3  
 
[PrLX3]+
0
 
 
[PrL2X3]+
0
 
 
[PrL3X3]+
0
 
 
[PrL4X3]+
0
 
 
[PrL5X3]+
0
 
 
[PrL6X3]+
9%
 
 
[PrL7X3]+
0
 
 
[PrL8X3]+
0
 
 
[PrL9X3]+
0
 
 
X+2Z = 4 [PrX4]+
0
 
 
[PrLX4]+
0
 
 
[PrL2X4]+
0
 
 
[PrL3X4]+
0
 
 
[PrL4X4]+
0
 
 
[PrL5X4]+
0
 
 
[PrL6X4]+
0
 
 
[PrL7X4]+
0
 
 
[PrL8X4]+
0
 
 
[PrL9X4]+
0
X+2Z = 5  
 
[PrX5]+
0
 
 
[PrLX5]+
0
 
 
[PrL2X5]+
0
 
 
[PrL3X5]+
0
 
 
[PrL4X5]+
0
 
 
[PrL5X5]+
0
 
 
[PrL6X5]+
0
 
 
[PrL7X5]+
0
 
 
[PrL8X5]+
0
 
 
X+2Z = 6 [PrX4Z]+
0
 
 
[PrX6]+
0
 
 
[PrLX6]+
0
 
 
[PrL2X6]+
0
 
 
[PrL3X6]+
0
 
 
[PrL4X6]+
0
 
 
[PrL5X6]+
0
 
 
[PrL6X6]+
0
 
 
[PrL7X6]+
0
 
 
[PrL8X6]+
0
X+2Z = 7  
 
[PrX5Z]+
0
 
 
[PrX7]+
0
 
 
[PrLX7]+
0
 
 
[PrL2X7]+
0
 
 
[PrL3X7]+
0
 
 
[PrL4X7]+
0
 
 
[PrL5X7]+
0
 
 
[PrL6X7]+
0
 
 
[PrL7X7]+
0
 
 
X+2Z = 8 [PrX4Z2]+
0
 
 
[PrX6Z]+
0
 
 
[PrX8]+
0
 
 
[PrLX8]+
0
 
 
[PrL2X8]+
0
 
 
[PrL3X8]+
0
 
 
[PrL4X8]+
0
 
 
[PrL5X8]+
0
 
 
[PrL6X8]+
0
 
 
[PrL7X8]+
0
X+2Z = 9  
 
[PrX5Z2]+
0
 
 
[PrX7Z]+
0
 
 
[PrX9]+
0
 
 
[PrLX9]+
0
 
 
[PrL2X9]+
0
 
 
[PrL3X9]+
0
 
 
[PrL4X9]+
0
 
 
[PrL5X9]+
0
 
 
[PrL6X9]+
0
 
 
X+2Z = 10 [PrX4Z3]+
0
 
 
[PrX6Z2]+
0
 
 
[PrX8Z]+
0
 
 
[PrX10]+
0
 
 
[PrLX10]+
0
 
 
[PrL2X10]+
0
 
 
[PrL3X10]+
0
 
 
[PrL4X10]+
0
 
 
[PrL5X10]+
0
 
 
[PrL6X10]+
0
X+2Z = 11  
 
[PrX5Z3]+
0
 
 
[PrX7Z2]+
0
 
 
[PrX9Z]+
0
 
 
[PrX11]+
0
 
 
[PrLX11]+
0
 
 
[PrL2X11]+
0
 
 
[PrL3X11]+
0
 
 
[PrL4X11]+
0
 
 
[PrL5X11]+
0
 
 
X+2Z = 12 [PrX4Z4]+
0
 
 
[PrX6Z3]+
0
 
 
[PrX8Z2]+
0
 
 
[PrX10Z]+
0
 
 
[PrX12]+
0
 
 
[PrLX12]+
0
 
 
[PrL2X12]+
0
 
 
[PrL3X12]+
0
 
 
[PrL4X12]+
0
 
 
[PrL5X12]+
0

MLXZ grid for praseodymium (Pr) for Q = 2: [PrXxLlZz]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] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0  
 
[PrL3]2+
0
 
 
[PrL4]2+
0
 
 
[PrL5]2+
0
 
 
[PrL6]2+
0
 
 
[PrL7]2+
0
 
 
[PrL8]2+
0
 
 
[PrL9]2+
0
 
 
[PrL10]2+
0
 
 
[PrL11]2+
0
 
 
X+2Z = 1 [PrL2X]2+
0
 
 
[PrL3X]2+
0
 
 
[PrL4X]2+
0
 
 
[PrL5X]2+
0
 
 
[PrL6X]2+
0
 
 
[PrL7X]2+
17%
 
 
[PrL8X]2+
83%
 
 
[PrL9X]2+
0
 
 
[PrL10X]2+
0
 
 
[PrL11X]2+
0
X+2Z = 2  
 
[PrL2X2]2+
0
 
 
[PrL3X2]2+
0
 
 
[PrL4X2]2+
0
 
 
[PrL5X2]2+
0
 
 
[PrL6X2]2+
0
 
 
[PrL7X2]2+
0
 
 
[PrL8X2]2+
0
 
 
[PrL9X2]2+
0
 
 
[PrL10X2]2+
0
 
 
X+2Z = 3 [PrLX3]2+
0
 
 
[PrL2X3]2+
0
 
 
[PrL3X3]2+
0
 
 
[PrL4X3]2+
0
 
 
[PrL5X3]2+
0
 
 
[PrL6X3]2+
0
 
 
[PrL7X3]2+
0
 
 
[PrL8X3]2+
0
 
 
[PrL9X3]2+
0
 
 
[PrL10X3]2+
0
X+2Z = 4  
 
[PrLX4]2+
0
 
 
[PrL2X4]2+
0
 
 
[PrL3X4]2+
0
 
 
[PrL4X4]2+
0
 
 
[PrL5X4]2+
0
 
 
[PrL6X4]2+
0
 
 
[PrL7X4]2+
0
 
 
[PrL8X4]2+
0
 
 
[PrL9X4]2+
0
 
 
X+2Z = 5 [PrX5]2+
0
 
 
[PrLX5]2+
0
 
 
[PrL2X5]2+
0
 
 
[PrL3X5]2+
0
 
 
[PrL4X5]2+
0
 
 
[PrL5X5]2+
0
 
 
[PrL6X5]2+
0
 
 
[PrL7X5]2+
0
 
 
[PrL8X5]2+
0
 
 
[PrL9X5]2+
0
X+2Z = 6  
 
[PrX6]2+
0
 
 
[PrLX6]2+
0
 
 
[PrL2X6]2+
0
 
 
[PrL3X6]2+
0
 
 
[PrL4X6]2+
0
 
 
[PrL5X6]2+
0
 
 
[PrL6X6]2+
0
 
 
[PrL7X6]2+
0
 
 
[PrL8X6]2+
0
 
 
X+2Z = 7 [PrX5Z]2+
0
 
 
[PrX7]2+
0
 
 
[PrLX7]2+
0
 
 
[PrL2X7]2+
0
 
 
[PrL3X7]2+
0
 
 
[PrL4X7]2+
0
 
 
[PrL5X7]2+
0
 
 
[PrL6X7]2+
0
 
 
[PrL7X7]2+
0
 
 
[PrL8X7]2+
0
X+2Z = 8  
 
[PrX6Z]2+
0
 
 
[PrX8]2+
0
 
 
[PrLX8]2+
0
 
 
[PrL2X8]2+
0
 
 
[PrL3X8]2+
0
 
 
[PrL4X8]2+
0
 
 
[PrL5X8]2+
0
 
 
[PrL6X8]2+
0
 
 
[PrL7X8]2+
0
 
 
X+2Z = 9 [PrX5Z2]2+
0
 
 
[PrX7Z]2+
0
 
 
[PrX9]2+
0
 
 
[PrLX9]2+
0
 
 
[PrL2X9]2+
0
 
 
[PrL3X9]2+
0
 
 
[PrL4X9]2+
0
 
 
[PrL5X9]2+
0
 
 
[PrL6X9]2+
0
 
 
[PrL7X9]2+
0
X+2Z = 10  
 
[PrX6Z2]2+
0
 
 
[PrX8Z]2+
0
 
 
[PrX10]2+
0
 
 
[PrLX10]2+
0
 
 
[PrL2X10]2+
0
 
 
[PrL3X10]2+
0
 
 
[PrL4X10]2+
0
 
 
[PrL5X10]2+
0
 
 
[PrL6X10]2+
0
 
 
X+2Z = 11 [PrX5Z3]2+
0
 
 
[PrX7Z2]2+
0
 
 
[PrX9Z]2+
0
 
 
[PrX11]2+
0
 
 
[PrLX11]2+
0
 
 
[PrL2X11]2+
0
 
 
[PrL3X11]2+
0
 
 
[PrL4X11]2+
0
 
 
[PrL5X11]2+
0
 
 
[PrL6X11]2+
0
X+2Z = 12  
 
[PrX6Z3]2+
0
 
 
[PrX8Z2]2+
0
 
 
[PrX10Z]2+
0
 
 
[PrX12]2+
0
 
 
[PrLX12]2+
0
 
 
[PrL2X12]2+
0
 
 
[PrL3X12]2+
0
 
 
[PrL4X12]2+
0
 
 
[PrL5X12]2+
0
 
 

MLXZ grid for praseodymium (Pr) for Q = 3: [PrXxLlZz]3+

The number of compounds found is 14.

The intensity of the colour of each table cell relates to the percentage of compounds found with the [MLXZ] 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 praseodymium with that [MLXZ] classification.

EN➝ 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
X+2Z = 0 [PrL3]3+
0
 
 
[PrL4]3+
0
 
 
[PrL5]3+
0
 
 
[PrL6]3+
7%
 
 
[PrL7]3+
7%
 
 
[PrL8]3+
21%
 
 
[PrL9]3+
50%
 
 
[PrL10]3+
14%
 
 
[PrL11]3+
0
 
 
[PrL12]3+
0
X+2Z = 1  
 
[PrL3X]3+
0
 
 
[PrL4X]3+
0
 
 
[PrL5X]3+
0
 
 
[PrL6X]3+
0
 
 
[PrL7X]3+
0
 
 
[PrL8X]3+
0
 
 
[PrL9X]3+
0
 
 
[PrL10X]3+
0
 
 
[PrL11X]3+
0
 
 
X+2Z = 2 [PrL2X2]3+
0
 
 
[PrL3X2]3+
0
 
 
[PrL4X2]3+
0
 
 
[PrL5X2]3+
0
 
 
[PrL6X2]3+
0
 
 
[PrL7X2]3+
0
 
 
[PrL8X2]3+
0
 
 
[PrL9X2]3+
0
 
 
[PrL10X2]3+
0
 
 
[PrL11X2]3+
0
X+2Z = 3  
 
[PrL2X3]3+
0
 
 
[PrL3X3]3+
0
 
 
[PrL4X3]3+
0
 
 
[PrL5X3]3+
0
 
 
[PrL6X3]3+
0
 
 
[PrL7X3]3+
0
 
 
[PrL8X3]3+
0
 
 
[PrL9X3]3+
0
 
 
[PrL10X3]3+
0
 
 
X+2Z = 4 [PrLX4]3+
0
 
 
[PrL2X4]3+
0
 
 
[PrL3X4]3+
0
 
 
[PrL4X4]3+
0
 
 
[PrL5X4]3+
0
 
 
[PrL6X4]3+
0
 
 
[PrL7X4]3+
0
 
 
[PrL8X4]3+
0
 
 
[PrL9X4]3+
0
 
 
[PrL10X4]3+
0
X+2Z = 5  
 
[PrLX5]3+
0
 
 
[PrL2X5]3+
0
 
 
[PrL3X5]3+
0
 
 
[PrL4X5]3+
0
 
 
[PrL5X5]3+
0
 
 
[PrL6X5]3+
0
 
 
[PrL7X5]3+
0
 
 
[PrL8X5]3+
0
 
 
[PrL9X5]3+
0
 
 
X+2Z = 6 [PrX6]3+
0
 
 
[PrLX6]3+
0
 
 
[PrL2X6]3+
0
 
 
[PrL3X6]3+
0
 
 
[PrL4X6]3+
0
 
 
[PrL5X6]3+
0
 
 
[PrL6X6]3+
0
 
 
[PrL7X6]3+
0
 
 
[PrL8X6]3+
0
 
 
[PrL9X6]3+
0
X+2Z = 7  
 
[PrX7]3+
0
 
 
[PrLX7]3+
0
 
 
[PrL2X7]3+
0
 
 
[PrL3X7]3+
0
 
 
[PrL4X7]3+
0
 
 
[PrL5X7]3+
0
 
 
[PrL6X7]3+
0
 
 
[PrL7X7]3+
0
 
 
[PrL8X7]3+
0
 
 
X+2Z = 8 [PrX6Z]3+
0
 
 
[PrX8]3+
0
 
 
[PrLX8]3+
0
 
 
[PrL2X8]3+
0
 
 
[PrL3X8]3+
0
 
 
[PrL4X8]3+
0
 
 
[PrL5X8]3+
0
 
 
[PrL6X8]3+
0
 
 
[PrL7X8]3+
0
 
 
[PrL8X8]3+
0
X+2Z = 9  
 
[PrX7Z]3+
0
 
 
[PrX9]3+
0
 
 
[PrLX9]3+
0
 
 
[PrL2X9]3+
0
 
 
[PrL3X9]3+
0
 
 
[PrL4X9]3+
0
 
 
[PrL5X9]3+
0
 
 
[PrL6X9]3+
0
 
 
[PrL7X9]3+
0
 
 
X+2Z = 10 [PrX6Z2]3+
0
 
 
[PrX8Z]3+
0
 
 
[PrX10]3+
0
 
 
[PrLX10]3+
0
 
 
[PrL2X10]3+
0
 
 
[PrL3X10]3+
0
 
 
[PrL4X10]3+
0
 
 
[PrL5X10]3+
0
 
 
[PrL6X10]3+
0
 
 
[PrL7X10]3+
0
X+2Z = 11  
 
[PrX7Z2]3+
0
 
 
[PrX9Z]3+
0
 
 
[PrX11]3+
0
 
 
[PrLX11]3+
0
 
 
[PrL2X11]3+
0
 
 
[PrL3X11]3+
0
 
 
[PrL4X11]3+
0
 
 
[PrL5X11]3+
0
 
 
[PrL6X11]3+
0
 
 
X+2Z = 12 [PrX6Z3]3+
0
 
 
[PrX8Z2]3+
0
 
 
[PrX10Z]3+
0
 
 
[PrX12]3+
0
 
 
[PrLX12]3+
0
 
 
[PrL2X12]3+
0
 
 
[PrL3X12]3+
0
 
 
[PrL4X12]3+
0
 
 
[PrL5X12]3+
0
 
 
[PrL6X12]3+
0

MLXZ grid for praseodymium (Pr) for Q = 4: [PrXxLlZz]4+

The number of compounds found is 0.