2014-06-12
org.kosen.entty.User@51048d78
황치옥(chwang84)
- Monte Carlo methods for materials science, especially the bulk properties of porous and composite media such as the electrical or thermal conductivity or shear modulus of structural composites; the permeability of porous media; the electrostatic contribution to the free energy of a bio-molecule in solution; and the mutual capacitance matrix describing interaction of micro-components in a transistor matrix on a microchip.
- Molecular dynamics for ion implantation
- Kinetic Monte Carlo methods for dopant diffusion during thermal annealing after ion implantation into crystalline materials
- Ab initio quantum mechanical calculations for diffusion parameters of defects in solids by using the Vienna Ab-initio Package Simulation (VASP) and transition state theory tools.
- Distributed computing, numerical analysis, solving partial differential equations with random walk, pseudorandom number generation, quasirandom number generation, quasi-Monte Carlo methods, first-passage algorithms and last-passage algorithms.
- Ising models with Wang-Landau sampling method.
- Molecular dynamics for ion implantation
- Kinetic Monte Carlo methods for dopant diffusion during thermal annealing after ion implantation into crystalline materials
- Ab initio quantum mechanical calculations for diffusion parameters of defects in solids by using the Vienna Ab-initio Package Simulation (VASP) and transition state theory tools.
- Distributed computing, numerical analysis, solving partial differential equations with random walk, pseudorandom number generation, quasirandom number generation, quasi-Monte Carlo methods, first-passage algorithms and last-passage algorithms.
- Ising models with Wang-Landau sampling method.
국가
대한민국
소속기관
광주과학기술원 (학교)
연락처
062-715-3627 http://college.gist.ac.kr/~chwang/
책임자
황치옥 chwang@gist.ac.kr
