Table of Magnetic Space Group Symbols

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Table of Magnetic Space Group Symbols

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P_2c4'/mmm' [#123.14.1012] (Type: 4 -- Type IV (klassengleiche))

[BNS: P_c4₂/mmc] #131.444

Wyckoff Positions of Group 123.14.1012 (P_2c4'/mmm')

Multiplicity

Wyckoff
letter

Coordinates

32

u

(x,y,z \| m_x,m_y,m_z)	(-y,x,z+1 \| -m_y,m_x,m_z)	(y,-x,z+1 \| m_y,-m_x,m_z)
(x,-y,-z \| m_x,-m_y,-m_z)	(-x,y,-z \| -m_x,m_y,-m_z)	(-x,-y,z \| -m_x,-m_y,m_z)
(y,x,-z+1 \| m_y,m_x,-m_z)	(-y,-x,-z+1 \| -m_y,-m_x,-m_z)	(-x,-y,-z \| m_x,m_y,m_z)
(y,-x,-z+1 \| -m_y,m_x,m_z)	(-y,x,-z+1 \| m_y,-m_x,m_z)	(-x,y,z \| m_x,-m_y,-m_z)
(x,-y,z \| -m_x,m_y,-m_z)	(x,y,-z \| -m_x,-m_y,m_z)	(-y,-x,z+1 \| m_y,m_x,-m_z)
(y,x,z+1 \| -m_y,-m_x,-m_z)	(x,y,z+1 \| -m_x,-m_y,-m_z)	(-y,x,z \| m_y,-m_x,-m_z)
(y,-x,z \| -m_y,m_x,-m_z)	(x,-y,-z+1 \| -m_x,m_y,m_z)	(-x,y,-z+1 \| m_x,-m_y,m_z)
(-x,-y,z+1 \| m_x,m_y,-m_z)	(y,x,-z \| -m_y,-m_x,m_z)	(-y,-x,-z \| m_y,m_x,m_z)
(-x,-y,-z+1 \| -m_x,-m_y,-m_z)	(y,-x,-z \| m_y,-m_x,-m_z)	(-y,x,-z \| -m_y,m_x,-m_z)
(-x,y,z+1 \| -m_x,m_y,m_z)	(x,-y,z+1 \| m_x,-m_y,m_z)	(x,y,-z+1 \| m_x,m_y,-m_z)
(-y,-x,z \| -m_y,-m_x,m_z)	(y,x,z \| m_y,m_x,m_z)

16

t

(x,1/2,z \| 0,m_y,0)	(-1/2,x,z+1 \| -m_y,0,0)	(1/2,-x,z+1 \| m_y,0,0)
(x,-1/2,-z \| 0,-m_y,0)	(-x,1/2,-z \| 0,m_y,0)	(-x,-1/2,z \| 0,-m_y,0)
(1/2,x,-z+1 \| m_y,0,0)	(-1/2,-x,-z+1 \| -m_y,0,0)	(x,1/2,z+1 \| 0,-m_y,0)
(-1/2,x,z \| m_y,0,0)	(1/2,-x,z \| -m_y,0,0)	(x,-1/2,-z+1 \| 0,m_y,0)
(-x,1/2,-z+1 \| 0,-m_y,0)	(-x,-1/2,z+1 \| 0,m_y,0)	(1/2,x,-z \| -m_y,0,0)
(-1/2,-x,-z \| m_y,0,0)

16

s

(x,0,z \| 0,m_y,0)	(0,x,z+1 \| -m_y,0,0)	(0,-x,z+1 \| m_y,0,0)
(x,0,-z \| 0,-m_y,0)	(-x,0,-z \| 0,m_y,0)	(-x,0,z \| 0,-m_y,0)
(0,x,-z+1 \| m_y,0,0)	(0,-x,-z+1 \| -m_y,0,0)	(x,0,z+1 \| 0,-m_y,0)
(0,x,z \| m_y,0,0)	(0,-x,z \| -m_y,0,0)	(x,0,-z+1 \| 0,m_y,0)
(-x,0,-z+1 \| 0,-m_y,0)	(-x,0,z+1 \| 0,m_y,0)	(0,x,-z \| -m_y,0,0)
(0,-x,-z \| m_y,0,0)

16

r

(x,x,z \| m_x,m_x,m_z)	(-x,x,z+1 \| -m_x,m_x,m_z)	(x,-x,z+1 \| m_x,-m_x,m_z)
(x,-x,-z \| m_x,-m_x,-m_z)	(-x,x,-z \| -m_x,m_x,-m_z)	(-x,-x,z \| -m_x,-m_x,m_z)
(x,x,-z+1 \| m_x,m_x,-m_z)	(-x,-x,-z+1 \| -m_x,-m_x,-m_z)	(-x,-x,-z \| m_x,m_x,m_z)
(x,-x,-z+1 \| -m_x,m_x,m_z)	(-x,x,-z+1 \| m_x,-m_x,m_z)	(-x,x,z \| m_x,-m_x,-m_z)
(x,-x,z \| -m_x,m_x,-m_z)	(x,x,-z \| -m_x,-m_x,m_z)	(-x,-x,z+1 \| m_x,m_x,-m_z)
(x,x,z+1 \| -m_x,-m_x,-m_z)

16

q

(x,y,1/2 \| m_x,m_y,0)	(-y,x,3/2 \| -m_y,m_x,0)	(y,-x,3/2 \| m_y,-m_x,0)
(x,-y,-1/2 \| m_x,-m_y,0)	(-x,y,-1/2 \| -m_x,m_y,0)	(-x,-y,1/2 \| -m_x,-m_y,0)
(y,x,1/2 \| m_y,m_x,0)	(-y,-x,1/2 \| -m_y,-m_x,0)	(-x,-y,-1/2 \| m_x,m_y,0)
(y,-x,1/2 \| -m_y,m_x,0)	(-y,x,1/2 \| m_y,-m_x,0)	(-x,y,1/2 \| m_x,-m_y,0)
(x,-y,1/2 \| -m_x,m_y,0)	(x,y,-1/2 \| -m_x,-m_y,0)	(-y,-x,3/2 \| m_y,m_x,0)
(y,x,3/2 \| -m_y,-m_x,0)

16

p

(x,y,0 \| 0,0,m_z)	(-y,x,1 \| 0,0,m_z)	(y,-x,1 \| 0,0,m_z)
(x,-y,0 \| 0,0,-m_z)	(-x,y,0 \| 0,0,-m_z)	(-x,-y,0 \| 0,0,m_z)
(y,x,1 \| 0,0,-m_z)	(-y,-x,1 \| 0,0,-m_z)	(x,y,1 \| 0,0,-m_z)
(-y,x,0 \| 0,0,-m_z)	(y,-x,0 \| 0,0,-m_z)	(x,-y,1 \| 0,0,m_z)
(-x,y,1 \| 0,0,m_z)	(-x,-y,1 \| 0,0,-m_z)	(y,x,0 \| 0,0,m_z)
(-y,-x,0 \| 0,0,m_z)

8

o

(x,1/2,1/2 \| 0,m_y,0)	(-1/2,x,3/2 \| -m_y,0,0)	(1/2,-x,3/2 \| m_y,0,0)
(x,-1/2,-1/2 \| 0,-m_y,0)	(-x,1/2,-1/2 \| 0,m_y,0)	(-x,-1/2,1/2 \| 0,-m_y,0)
(1/2,x,1/2 \| m_y,0,0)	(-1/2,-x,1/2 \| -m_y,0,0)

8

n

(x,1/2,0 \| 0,0,0)	(-1/2,x,1 \| 0,0,0)	(-1/2,-x,1 \| 0,0,0)
(-x,1/2,0 \| 0,0,0)	(x,1/2,1 \| 0,0,0)	(-1/2,x,0 \| 0,0,0)
(-1/2,-x,0 \| 0,0,0)	(-x,1/2,1 \| 0,0,0)

8

m

(x,0,1/2 \| 0,m_y,0)	(0,x,3/2 \| -m_y,0,0)	(0,-x,3/2 \| m_y,0,0)
(x,0,-1/2 \| 0,-m_y,0)	(-x,0,-1/2 \| 0,m_y,0)	(-x,0,1/2 \| 0,-m_y,0)
(0,x,1/2 \| m_y,0,0)	(0,-x,1/2 \| -m_y,0,0)

8

l

(x,0,0 \| 0,0,0)	(0,x,1 \| 0,0,0)	(0,-x,1 \| 0,0,0)
(-x,0,0 \| 0,0,0)	(x,0,1 \| 0,0,0)	(0,x,0 \| 0,0,0)
(0,-x,0 \| 0,0,0)	(-x,0,1 \| 0,0,0)

8

k

(x,x,1/2 \| m_x,m_x,0)	(-x,x,-1/2 \| -m_x,m_x,0)	(x,-x,-1/2 \| m_x,-m_x,0)
(-x,-x,1/2 \| -m_x,-m_x,0)	(-x,-x,-1/2 \| m_x,m_x,0)	(x,-x,1/2 \| -m_x,m_x,0)
(-x,x,1/2 \| m_x,-m_x,0)	(x,x,-1/2 \| -m_x,-m_x,0)

8

j

(x,x,0 \| 0,0,m_z)	(-x,x,1 \| 0,0,m_z)	(x,-x,1 \| 0,0,m_z)
(x,-x,0 \| 0,0,-m_z)	(-x,x,0 \| 0,0,-m_z)	(-x,-x,0 \| 0,0,m_z)
(x,x,1 \| 0,0,-m_z)	(-x,-x,1 \| 0,0,-m_z)

8

i

(0,1/2,z \| 0,0,0)	(-1/2,0,z+1 \| 0,0,0)	(0,-1/2,-z \| 0,0,0)
(-1/2,0,-z+1 \| 0,0,0)	(0,1/2,z+1 \| 0,0,0)	(-1/2,0,z \| 0,0,0)
(0,-1/2,-z+1 \| 0,0,0)	(-1/2,0,-z \| 0,0,0)

4

h

(1/2,1/2,z \| 0,0,0)	(-1/2,1/2,z+1 \| 0,0,0)	(1/2,-1/2,-z \| 0,0,0)
(-1/2,-1/2,-z+1 \| 0,0,0)

4

g

(0,0,z \| 0,0,0)	(0,0,z+1 \| 0,0,0)	(0,0,-z \| 0,0,0)
(0,0,-z+1 \| 0,0,0)

4

f

(0,1/2,0 \| 0,0,0)	(-1/2,0,1 \| 0,0,0)	(0,1/2,1 \| 0,0,0)
(-1/2,0,0 \| 0,0,0)

4

e

(0,1/2,1/2 \| 0,0,0)	(-1/2,0,3/2 \| 0,0,0)	(0,-1/2,-1/2 \| 0,0,0)
(-1/2,0,1/2 \| 0,0,0)

2

d

(1/2,1/2,1/2 | 0,0,0)

(1/2,-1/2,-1/2 | 0,0,0)

2

c

(1/2,1/2,0 | 0,0,0)

(-1/2,-1/2,1 | 0,0,0)

2

b

(0,0,1/2 | 0,0,0)

(0,0,-1/2 | 0,0,0)

2

a

(0,0,0 | 0,0,0)

(0,0,1 | 0,0,0)

Go to the operators of (P_2c4'/mmm')
Go to the extinction rules of 131.444 (P_c4₂/mmc) ← Corresponding space group in BNS settings

Back to the list of magnetic space groups derived from P4/mmm
Back to the list of Magnetic Space Groups

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