International Tables for Crystallography (2006). Vol. A1. ch. 1.5, pp. 29-40   | 1 | 2 |
https://doi.org/10.1107/97809553602060000541

Chapter 1.5. The mathematical background of the subgroup tables

Chapter index

Abelian group 1.5.3.1
action of a group on a set 1.5.3.2
affine group 1.5.2.4
affine mapping 1.5.2.4
affine space 1.5.2.3
alternating group 1.5.3.6
automorphism 1.5.3.4
automorphism group 1.5.2.2
basis of a vector space 1.5.2.2
CARAT 1.5.2.1
centralizer 1.5.3.2
characteristic subgroup 1.5.3.5
coefficients of a vector 1.5.2.2
complement 1.5.4.2
composition, law of 1.5.3.1
congruence 1.5.5.1
trivial 1.5.5.1
conjugation action 1.5.3.2
core of a subgroup 1.5.3.2
cosets, left and right 1.5.3.2, 1.5.3.2
crystal space 1.5.2.1
crystal structure 1.5.4.1
cyclic group 1.5.3.1
derived series 1.5.5.2
derived subgroup 1.5.5.2
dimension of a vector space 1.5.2.2
direct product of two groups 1.5.3.6
direct space 1.5.2.1
distance 1.5.2.4
elementary Abelian p-group 1.5.4.2
Euclidean affine space 1.5.2.4
Euclidean group 1.5.2.4
Euclidean metric 1.5.2.4
Euclidean vector space 1.5.2.2
factor group 1.5.3.2
faithful action 1.5.3.2
faithful -set 1.5.3.2
finite field 1.5.3.2
generators 1.5.3.1
groups 1.5.3.1
Abelian 1.5.3.1
affine 1.5.2.4
alternating 1.5.3.6
automorphism 1.5.2.2
cyclic 1.5.3.1
Euclidean 1.5.2.4
factor 1.5.3.2
isomorphic 1.5.3.4
linear 1.5.2.2
orthogonal 1.5.2.2
soluble 1.5.5.2
symmetric 1.5.3.6
Hermann, theorem of 1.5.4.2
homomorphism 1.5.3.4
injective 1.5.3.4
kernel of 1.5.3.4
index of a subgroup 1.5.3.2
injective homomorphism 1.5.3.4
inverse operation 1.5.3.1
isometry 1.5.2.4
isomorphic groups 1.5.3.4
isomorphic -sets 1.5.3.4
isomorphism 1.5.3.4
isomorphism theorems 1.5.3.5
kernel
of a homomorphism 1.5.3.4
of the action 1.5.3.2
klassengleiche (k-) subgroups 1.5.4.2, 1.5.4.2
Lagrange, theorem of 1.5.3.2
lattice 1.5.4.1
law of composition 1.5.3.1
left coset 1.5.3.2
linear group 1.5.2.2
linear mapping 1.5.2.2
linear part 1.5.2.4
mapping
affine 1.5.2.4
linear 1.5.2.2
maximal subgroups 1.5.4.2, 1.5.5
normalizers 1.5.3.2
normal subgroups 1.5.3.2
orbit 1.5.3.2
order of a group 1.5.3.1
orthogonal group 1.5.2.2
point space 1.5.2.3
primitive -set 1.5.5.1
product of group elements 1.5.3.1
right coset 1.5.3.2
-set 1.5.3.2
soluble group 1.5.5.2
space groups 1.5.4.1
symmorphic 1.5.4.2
stabilizer 1.5.3.2
subgroups 1.5.3.1
characteristic 1.5.3.5
derived 1.5.5.2
klassengleiche 1.5.4.2
maximal 1.5.4.2, 1.5.5
normal 1.5.3.2
translation 1.5.2.4, 1.5.4.1
translationengleiche 1.5.4.2
trivial 1.5.3.1
Sylow, theorems of 1.5.3.3
Sylow p-subgroup 1.5.3.3
symmetric group 1.5.3.6
symmorphic space groups 1.5.4.2
theorems
Hermann's theorem 1.5.4.2
isomorphism theorems 1.5.3.5
Lagrange's theorem 1.5.3.2
Sylow's theorems 1.5.3.3
transitive -set 1.5.3.2
translation 1.5.2.4
translationengleiche (t-) subgroups 1.5.4.2
translation subgroup 1.5.2.4, 1.5.4.1
trivial congruence 1.5.5.1
trivial subgroup 1.5.3.1
underlying vector space 1.5.2.3
unit element 1.5.3.1
vector 1.5.2.2
coefficients of 1.5.2.2
vector space 1.5.2.2
dimension of 1.5.2.2
Euclidean 1.5.2.2
underlying 1.5.2.3