International Tables for Crystallography (2010). Vol. B, ch. 1.2, pp. 10-23   | 1 | 2 |
https://doi.org/10.1107/97809553602060000759

Chapter 1.2. The structure factor

Chapter index

`Kubic harmonics' 1.2.7.1
Approximations
Born, first-order 1.2.2
Born, second-order 1.2.4
Born–Oppenheimer 1.2.9
Edgeworth 1.2.12.2
Aspherical-atom form factor 1.2.7.2
Atom-centred spherical harmonic expansion 1.2.7
Atomic form factor 1.2.4
Atomic scattering factor 1.2.4
spherical 1.2.4
Atomic scattering length 1.2.5.1
Atomic temperature factor 1.2.9
Born approximation
first-order 1.2.2
second-order 1.2.4
Born–Oppenheimer approximation 1.2.9
Classical Thomson scattering 1.2.2
Clebsch–Gordan coefficients 1.2.8.1
Compound nucleus 1.2.5.1
Cumulant expansion 1.2.12.2
Distributions
electron-magnetization 1.2.5.2
Edgeworth approximation 1.2.12.2
Elastic component of X-ray scattering 1.2.2
Electron density 1.2.8
Electron distribution, atomic, radial dependence of 1.2.6
Electron-magnetization distribution 1.2.5.2
Exponential coefficient 1.2.7.1
First-order Born approximation 1.2.2
Form factor
aspherical-atom 1.2.7.2
atomic 1.2.4
Fourier convolution theorem 1.2.3
Generalized structure-factor formalism 1.2.13
Gram–Charlier series 1.2.12.1
Hermite polynomials, three-dimensional 1.2.12.1
Inelastic component of X-ray scattering 1.2.2
Isotropic harmonic oscillator, three-dimensional 1.2.10
Libration 1.2.11
Libration tensor 1.2.11
Magnetic scattering 1.2.5.2
Multi-Slater determinant wavefunction 1.2.8
Occupied natural spin orbitals 1.2.8
One-centre orbital products 1.2.8.1
One-centre terms 1.2.8
One-particle potential (OPP) model 1.2.12.3
OPP (one-particle potential) model 1.2.12.3
Orbital products 1.2.8
one-centre 1.2.8.1
two-centre 1.2.8.2
Polarization vector 1.2.5.2
Population parameter 1.2.7.1
Quasimoments 1.2.12.1
Radial dependence of atomic electron distribution 1.2.6
Radial functions 1.2.7.1
Real spherical harmonic functions 1.2.7.1
Rigid-body motion 1.2.11
Rotation
screw 1.2.11
Scattering
classical Thomson 1.2.2
magnetic 1.2.5.2
X-ray, elastic component of 1.2.2
X-ray, inelastic component of 1.2.2
Scattering factors
atomic 1.2.4
spherical atomic 1.2.4
Scattering lengths
atomic 1.2.5.1
Scattering operator 1.2.7.2
Screw correlations 1.2.11
Screw rotation 1.2.11
Second-order Born approximation 1.2.4
Site-symmetry restrictions 1.2.7.1
Spherical atomic scattering factor 1.2.4
Spherical harmonic expansion, atom-centred 1.2.7
Spherical harmonic functions, real 1.2.7.1
Spin orbitals, occupied natural 1.2.8
Structure amplitude 1.2.1
Structure-factor formalism, generalized 1.2.13
Structure factors 1.2.1
Temperature factors
atomic 1.2.9
Tensors
libration 1.2.11
translation 1.2.11
Thomson scattering, classical 1.2.2
Three-dimensional Hermite polynomials 1.2.12.1
Three-dimensional isotropic harmonic oscillator 1.2.10
Total cross section 1.2.5.1
Translation 1.2.11
Translational displacement 1.2.11
Translation tensor 1.2.11
Two-centre orbital products 1.2.8.2
Two-centre terms 1.2.8
Valence density 1.2.6
Vectors
polarization 1.2.5.2
X-ray scattering
elastic component 1.2.2
inelastic component 1.2.2