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Yaorong's Projects

aces icon aces

A wrapper for many computational codes of thermal conductivity

awesome-cheatsheets icon awesome-cheatsheets

超级速查表 - 编程语言、框架和开发工具的速查表,单个文件包含一切你需要知道的东西 :zap:

boltztrap_tools icon boltztrap_tools

BoltzTraP_Tools is an interface written using Python 2 language. It allows to parse and plot BoltzTraP output DATA

cp2k_tools icon cp2k_tools

Codes for preparing/postprocessing CP2K input/output files

gruneisen-formula icon gruneisen-formula

Calculate thermal expansion by using gruneisen formula, based on VASP and Phonopy.

mdcthermalc icon mdcthermalc

A software to calculate thermal conductivity quickly and accurately

phono3py icon phono3py

A simulation package of phonon-phonon interaction related properties

phonons icon phonons

A collection of structures, force constants and phonon data obtained from first-principles calculations

phonopy-spectroscopy icon phonopy-spectroscopy

A collection of tools for simulating vibrational spectra, which interfaces with the Phonopy package.

pymatgen icon pymatgen

Python Materials Genomics (pymatgen) is a robust materials analysis code that defines core object representations for structures and molecules with support for many electronic structure codes. It is currently the core analysis code powering the Materials Project.

rdf icon rdf

A code to compute the radial distribution function

scripts-compchem icon scripts-compchem

A set of scripts I have written for dealing with computational chemistry data from phonopy, phono3py, boltztrap, etc. packages.

spin-texture-vasp icon spin-texture-vasp

Spin Texture contains a C++-code as well as gnuplot scripts for generating and plotting spin textures

thermocepstrum icon thermocepstrum

Code to compute thermal conductivity through cepstral analysis of heat flux time series.

thermoplotter icon thermoplotter

A tool for making data analysis and plotting scripts for thermoelectrics codes used in computational materials science.

transopt icon transopt

The package TransOpt makes it possible for VASP users to calculate electrical transport properties (Seebeck coefficients, electrical conductivities, and electronic thermal conductivities) by using (1) the momentum matrix method (Method 1) or (2) derivative method same as adopted in BoltzTrap (Method 2).

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