Computer Physics Communications Program Library
Programs in Physics & Physical Chemistry
CPC Program Library Subject Index
1 Astronomy and Astrophysics
1.1
Cosmic Rays
1.2
Nuclear Processes
1.3
Radiative Transfer
1.4
Radio Astronomy
1.5
Relativity and Gravitation
1.6
Solar Physics
1.7
Stars and Stellar Systems
1.8
Interstellar Medium
1.9
Cosmology
2 Atomic Physics
2.1
Structure and Properties
2.2
Spectra
2.3
Experimental Analysis
2.4
Electron Scattering
2.5
Photon Interactions
2.6
Other Collision Processes
2.7
Wave Functions and Integrals
2.8
Exotic Atoms
2.9
Theoretical Methods
3 Biology and Molecular Biology
4 Computational Methods
4.1
Angular Momentum Coupling Coefficients
4.2
Other Algebras and Groups
4.3
Differential Equations
4.4
Feynman Diagrams
4.5
Coulomb Functions
4.6
Fourier Transforms
4.7
Other Functions
4.8
Linear Equations and Matrices
4.9
Minimization and Fitting
4.10
Interpolation
4.11
Quadratures
4.12
Other Numerical Methods
4.13
Statistical Methods
4.14
Utility
4.15
Quantum Computing
5 Computer Algebra
6 Computer Languages, Hardware and Software
6.1
Hardware
6.2
Languages
6.3
Networks
6.4
Neural Networks
6.5
Software including Parallel Algorithms
7 Condensed Matter and Surface Science
7.1
Defects
7.2
Electron Spectroscopies
7.3
Electronic Structure
7.4
Experimental Analysis
7.6
Neutron Scattering
7.7
Other Condensed Matter inc. Simulation of Liquids and Solids
7.8
Structure and Lattice Dynamics
7.9
Transport Properties
7.10
Collisions in Solids
8 Crystallography
9 Databases, Data Compilation and Information Retrieval
10 Electrostatics and Electromagnetics
11 Elementary Particle Physics
11.1
General, High Energy Physics and Computing
11.2
Phase Space and Event Simulation
11.3
Cascade and Shower Simulation
11.4
Quantum Electrodynamics
11.5
Quantum Chromodynamics, Lattice Gauge Theory
11.6
Phenomenological and Empirical Models and Theories
11.7
Detector Design and Simulation
11.8
Detector Control and Data Acquisition
11.9
Event Reconstruction and Data Analysis (except data bases)
11.10
Accelerators and Particle Beams
12 Gases and Fluids
13 Geophysics and Atmospheric Science
14 Graphics
15 Laser Physics
16 Molecular Physics and Physical Chemistry
16.1
Structure and Properties
16.2
Spectra
16.3
Molecular Vibrations
16.4
Experimental Analysis
16.5
Electron Scattering
16.6
Photon Interactions
16.7
Elastic Scattering and Energy Transfer
16.8
Rearrangement Collisions, Charge Transfer and Chemical Reactions
16.9
Classical Methods
16.10
Wave Functions and Integrals
16.11
Polymers
16.12
Chemical Kinetics
16.13
Condensed-phase Simulations
16.14
Atmospheric Chemistry
17 Nuclear Physics
17.1
Apparatus Design
17.2
Energy Loss
17.3
Mossbauer Spectra
17.4
Experimental Analysis - General
17.5
Experimental Analysis - Particle Detection
17.6
Experimental Analysis - Activity Detection
17.7
Experimental Analysis - Fission, Fusion, Heavy-ion
17.8
Nuclear Reaction - General
17.9
Optical Models
17.10
Compound Nucleus
17.11
Direct Reactions
17.12
Pre-equilibrium Decay
17.13
Coulomb Excitation, Electron Scattering
17.14
Medium Energy Reactions
17.15
Spectroscopy - Level Scheme
17.16
Theoretical Methods - General
17.17
Oscillator Brackets
17.18
Coefficients of Fractional Parentage - SU(3)
17.19
Shell Model - One-body Problem, Spectra
17.20
Collective Model
17.21
Cluster Model
17.22
Hartree-Fock Calculations
17.23
Fission and Fusion Processes
17.24
Random Phase Approximation Calculations
18 Optics
19 Plasma Physics
19.1
Atomic and Molecular Processes
19.2
Beams
19.3
Collisionless Plasmas
19.4
Data Interpretation
19.5
Discharges
19.6
Equilibrium and Stability
19.7
Inertial Confinement
19.8
Kinetic Models
19.9
Magnetic Confinement
19.10
Magnetohydrodynamics
19.11
Transport
19.13
Wave-plasma Interactions
20 Programming and Publication Practice
21 Radiation
21.1
Radiation Physics
21.2
Radiative Transfer
22 Reactor Systems
23 Statistical Physics and Thermodynamics
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