高能量密度氘、氦的第一原理研究进展

物理

高能量密度氘、氦的第一原理研究进展

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王聪, 贺贤土, 张平. 2012: 高能量密度氘、氦的第一原理研究进展, 物理, 41(7): 462-466.

引用本文:

王聪, 贺贤土, 张平. 2012: 高能量密度氘、氦的第一原理研究进展, 物理, 41(7): 462-466.

2012: High energy density deuterium and helium, ab initio studies, Physics, 41(7): 462-466.

Citation:

2012: High energy density deuterium and helium, ab initio studies, Physics, 41(7): 462-466.

High energy density deuterium and helium, ab initio studies

摘要: 极端条件下氘、氦的研究对于凝聚态物理、等离子体物理、天体物理以及惯性约束聚变的研究具有重要意义.文章综述了近年来温稠密区、热稠密区以及低温高压区的最新研究进展,归纳了尚待解决的科学问题,从而为进一步的研究提供参考.
- 高能量密度物理 /
- 温稠密物质 /
- 热稠密等离子体
Abstract: The thermal physical properties of materials such as deuterium and helium, under extreme conditions are of extreme interest in condensed matter physics, plasma physics, astrophysics, and inertial confinement fusion. A brief review is given of recent studies in the warm and hot dense regimes, and the high pressure, low temperature region. The challenges in this research area are also discussed.