Shahab F. Khan

Laurent Divol

Art Pak

Terrance Hilsabeck

Bernard Kozioziemski

Ben Bachmann

Andrew G. MacPhee

Clement Trosseille

High Energy Density Physics

HIGH ENERGY DENSITY PHYSICS 是一本国际期刊，涵盖了研究极端条件下物质和辐射物理的原始实验和相关理论工作。 “高能量密度”被理解为超过约1011 J/M 3 的能量密度。编辑和出版商致力于为这个快速发展的社区提供一个专门的高质量渠道来分发他们的原始发现。适合在本期刊上发表的论文涵盖了暖和热致密物质体系中的主题，例如相关的实验室研究到极端条件下的非 LTE 动力学、行星内部、天体物理现象、惯性聚变，并包括对材料特性以及稳定和不稳定流体动力学等方面的研究。还涵盖了相关理论领域的发展，例如强耦合、部分简并和相对论等离子体的建模。

High Energy Density Physics is an international journal that focuses on original experimental and related theoretical work in the field of matter and radiation physics under extreme conditions. The term 'high energy density' refers to energy densities exceeding approximately 10^11 J/m³. The editors and publishers are committed to providing a high-quality, dedicated channel for disseminating original findings to this rapidly evolving community. Suitable papers for publication in this journal cover a wide range of topics related to warm dense matter systems, including laboratory studies, non-LTE dynamics under extreme conditions, planetary interiors, astrophysical phenomena, and inertial fusion. The journal also encompasses research on material properties and the dynamics of stable and unstable fluids. Additionally, developments in related theoretical areas, such as strong coupling, partial degeneracy, and relativistic plasma modeling, are included.

《High Energy Density Physics》是一本国际期刊，专注于研究极端条件下物质和辐射物理的原创实验及相关理论工作。这里的“高能量密度”指的是超过约10^11 J/m³的能量密度。编辑和出版商致力于为这一快速发展的领域提供一个高质量的专门渠道，以传播原创发现。适合在本期刊上发表的论文主题涵盖了热致密物质体系中的各个方面，包括从实验室研究到极端条件下的非LTE动力学、行星内部、天体物理现象、惯性聚变等。此外，研究还包括材料特性、稳定与不稳定流体动力学等方面的探讨。相关理论领域的发展，如强耦合、部分简并和相对论等离子体的建模，也在本期刊的范围之内。

Category	Quartile
物理与天体物理	3
物理与天体物理, 物理流体与等离子体	4

Dynamic Localized Hot Spot Mix Extraction from Images in ICF Experiments

ivySCI AI Smartly Parses PDF, Answers Researchers' Questions, and Helps You Understand Papers in Seconds

Journal Info

Category	Quartile
PHYSICS, FLUIDS & PLASMAS	3