CASTEP

E645124

CASTEP is a first-principles plane-wave pseudopotential code widely used for simulating the electronic, structural, and dynamical properties of materials within density functional theory.

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Predicate Object
instanceOf density functional theory code
electronic structure code
first-principles simulation software
plane-wave pseudopotential code
appliesTo crystalline solids
interfaces
molecules in periodic boundary conditions
surfaces
computes atomic forces
band structures
density of states
dielectric properties
elastic constants
electronic structure of materials
finite-temperature properties via phonons
geometry optimizations
optical properties
phonon spectra
response to external fields
stresses
total energies
vibrational properties
designedFor high-performance computing
domain computational materials science
condensed matter physics
implements Brillouin zone sampling
k-point meshes
periodic boundary conditions
supports DFPT phonon calculations
PAW method
constrained optimization
geometry optimization
insulating systems
lattice dynamics
linear-response calculations
metallic systems
molecular dynamics
norm-conserving pseudopotentials
parallel computing
semiconducting systems
spin-polarized calculations
transition-state searches
ultrasoft pseudopotentials
usedFor simulating dynamical properties of materials
simulating electronic properties of materials
simulating structural properties of materials
usesBasisSet plane waves
usesMethod Kohn–Sham density functional theory NERFINISHED
density functional theory
pseudopotentials
writtenIn Fortran NERFINISHED

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