The structural, thermodynamic and transport properties of warm dense matter (WDM) are
crucial to the fields of astrophysics and planet science, as well as inertial confinement fusion …

We perform first-principles path integral Monte Carlo (PIMC) and density functional theory
molecular dynamics (DFT-MD) calculations to explore warm dense matter states of …

Complex structures of warm and hot dense matter are essential to understanding the
behavior of materials in high energy density processes and provide new features of matter …

Abstract A new Relativistic Screened Hydrogenic Model has been developed to calculate
atomic data needed to compute the optical and thermodynamic properties of high energy …

We present estimates of the critical properties, thermodynamic functions, and principal shock
Hugoniot of hot dense aluminum fluid as predicted from a chemical model for the equation …

The computation of dipole matrix elements plays an important role in the study of absorption
or emission of radiation by atoms in several fields such as astrophysics or inertial …

We use a “self-consistent average atom”(SCAA) model to compute shock Hugoniots for
aluminum, iron, molybdenum, strontium, barium and thulium. The pressures and energies …

在金属等温体积模量和冲击波动态压缩实验数据基础上, 利用胡-经(HJ) 方法计算了57
种金属材料在Born-Mayer (BM) 模型中冷压参数q 和Q, 同时提出了在没有足够实测冲击波数据 …

在三项式状态方程概念框架内构建了单质固体材料的通用状态方程模型, 以绝对零度Thomas-
Fermi 模型结果的一部分近似作为被压缩固体的冷能和冷压, 并利用Cowan 模型和Faussurier …

High pressure investigations of matter involve the study of strong shock wave dynamics
within the materials which gives rise to many thermal effects leading to dissociation of …