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Magnetic diffraction Systematic Absences for the group PIn-3 (#201.21)[BNS setting]

To display the systematic absences for the OG setting, please follow this link: IPm'-3' (#204.5.1534)


Values of h, k, l:  h integer, k integer, l integer


Systematic absences for general reflections (produced by centrings):


Diffraction vector type:   (h k l)     ->      Systematic absence:    h + k + l = 2n


Systematic absences for special reflections:


Diffraction vector type:   (h 0 0)     ->      Systematic absence:    h any

For h = 1:      I = 0       F = (Fx,0,0)


Diffraction vector type:   (0 k 0)     ->      Systematic absence:    k any

For k = 1:      I = 0       F = (0,Fy,0)


Diffraction vector type:   (0 0 l)     ->      Systematic absence:    l any

For l = 1:      I = 0       F = (0,0,Fz)


Diffraction vector type:   (h h h)     ->      Systematic absence:    h any

For h = 1:      I = 0       F = (Fx,Fx,Fx)


Diffraction vector type:   (h h -h)     ->      Systematic absence:    h any

For h = 1:      I = 0       F = (Fx,Fx,-Fx)


Diffraction vector type:   (h -h -h)     ->      Systematic absence:    h any

For h = 1:      I = 0       F = (Fx,-Fx,-Fx)


Diffraction vector type:   (h -h h)     ->      Systematic absence:    h any

For h = 1:      I = 0       F = (Fx,-Fx,Fx)


[Show form of structure factor for every type of reflection]

Go to the list of the General Positions of the Group PIn-3 (#201.21) [OG:IPm'-3' (#204.5.1534)]
Go to the list of the Wyckoff Positions of the Group PIn-3 (#201.21) [OG:IPm'-3' (#204.5.1534)]

[Show systematic absences in a different setting]


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