Bilbao Crystallographic Server bcs Point Group Tables Help

Point Group Tables of Th(m-3)

Click here to get more detailed information on the symmetry operations

Character Table of the group Th(m-3)*
Th(m-3)#13+3-2-1-3+-3-mfunctions
Mult.-14431443·
AgΓ1+11111111x2+y2+z2
1Eg
2Eg		Γ2+
Γ3+		1
1		w
w2		w2
w		1
1		1
1		w
w2		w2
w		1
1		(2z2-x2-y2,x2-y2)
TgΓ4+300-1300-1(xz,yz,xy),(Jx,Jy,Jz)
AuΓ1-1111-1-1-1-1·
1Eu
2Eu		Γ2-
Γ3-		1
1		w
w2		w2
w		1
1		-1
-1		-w
-w2		-w2
-w		-1
-1		·
TuΓ4-300-1-3001(x,y,z)

w = exp(2iπ/3)



Subgroups of the group Th(m-3)
SubgroupOrderIndex
Th(m-3)241
T(23)122
C3i(-3)64
C3(3)38
D2h(mmm)83
C2v(mm2)46
D2(222)46
C2h(2/m)46
C2(2)212
Cs(m)212
Ci(-1)212
C1(1)124

[ Subduction tables ]

Multiplication Table of irreducible representations of the group Th(m-3)
Th(m-3)AgAu1Eg1Eu2Eg2EuTuTg
AgAgAu1Eg1Eu2Eg2EuTuTg
Au·Ag1Eu1Eg2Eu2EgTgTu
1Eg··2Eg2EuAgAuTuTg
1Eu···2EgAuAgTgTu
2Eg····1Eg1EuTuTg
2Eu·····1EgTgTu
Tu······Ag+1Eg+2Eg+2TgAu+1Eu+2Eu+2Tu
Tg·······Ag+1Eg+2Eg+2Tg

[ Note: the table is symmetric ]


Symmetrized Products of Irreps
Th(m-3)AgAu1Eg1Eu2Eg2EuTuTg
[Ag x Ag]1·······
[Au x Au]1·······
[1Eg x 1Eg]····1···
[1Eu x 1Eu]····1···
[2Eg x 2Eg]··1·····
[2Eu x 2Eu]··1·····
[Tu x Tu]1·1·1··1
[Tg x Tg]1·1·1··1


Antisymmetrized Products of Irreps
Th(m-3)AgAu1Eg1Eu2Eg2EuTuTg
{Ag x Ag}········
{Au x Au}········
{1Eg x 1Eg}········
{1Eu x 1Eu}········
{2Eg x 2Eg}········
{2Eu x 2Eu}········
{Tu x Tu}·······1
{Tg x Tg}·······1


Irreps Decompositions
Th(m-3)AgAu1Eg1Eu2Eg2EuTuTg
V······1·
[V2]1·1·1··1
[V3]·1····3·
[V4]2·2·2··3
A·······1
[A2]1·1·1··1
[A3]1······3
[A4]2·2·2··3
[V2]xV·1·1·15·
[[V2]2]3·3·3··4
{V2}·······1
{A2}·······1
{[V2]2}1·1·1··4

V ≡ the vector representation
A ≡ the axial representation


IR Selection Rules
IRAgAu1Eg1Eu2Eg2EuTuTg
Ag······x·
Au·······x
1Eg······x·
1Eu·······x
2Eg······x·
2Eu·······x
Tux·x·x··x
Tg·x·x·xx·

[ Note: x means allowed ]


Raman Selection Rules
RamanAgAu1Eg1Eu2Eg2EuTuTg
Agx·x·x··x
Au·x·x·xx·
1Egx·x·x··x
1Eu·x·x·xx·
2Egx·x·x··x
2Eu·x·x·xx·
Tu·x·x·xx·
Tgx·x·x··x

[ Note: x means allowed ]


Irreps Dimensions Irreps of the point group
Subduction of the rotation group D(L) to irreps of the group Th(m-3)
L2L+1AgAu1Eg1Eu2Eg2EuTuTg
011·······
13······1·
25··1·1··1
37·1····2·
491·1·1··2
511···1·13·
6132·1·1··3
715·1·1·14·
8171·2·2··4
919·2·1·15·
10212·2·2··5


* C. J. Bradley and A. P. Cracknell (1972) The Mathematical Theory of Symmetry in Solids Clarendon Press - Oxford
* Simon L. Altmann and Peter Herzig (1994). Point-Group Theory Tables. Oxford Science Publications.

Bilbao Crystallographic Server
http://cryst.ehu.es		 Licencia de Creative Commons
For comments, please mail to
administrador.bcs@ehu.eus