- 首页
- 产品服务
- 知识脉络
- 期刊大全
- 期刊评价报告
- 充值
- 会员
- 职称材料
搜期刊
刊名
文献信息
- 任意字段
- 主题词
- 篇关摘
- 篇名
- 关键词
- 摘要
- 作者
- 第一作者
- 作者单位
- 刊名
- 中图分类号
- 学科分类号
- DOI
- 基金
投稿预审
Fundamental Plasma Physics
Fundamental Plasma Physics provides an open access forum for articles that address fundamental aspects of plasma physics research. Fundamental articles can be theoretical, numerical, or experimental. A contribution is considered fundamental if it advances knowledge on a topic at the frontier of plasma physics research and has broad interest within the plasma physics community. The great variety of plasmas that are in nature or produced in the laboratory make plasma science a truly multidisciplinary field. The ambition of FPP is to bring together the various plasma physics communities by focusing on methodologies, theoretical and numerical methods, experimental research, and innovative diagnostics, that further understanding of the physics of plasmas.
- 主办单位： Elsevier
- 出版周期： 季刊
- 国际标准连续出版物号： ISSN 2772-8285
热门主题：
Magnetic ReconnectionPlasma PhysicsMagnetic FieldDielectric Barrier DischargePlasma InteractionCell SimulationsSpace PlasmasSpace PlasmaDispersion RelationMagnetic Confinement FusionPlasma WavesElectron VorticesWave-particle InteractionModification of PolymersPlasmaLaboratory AstrophysicsHamiltonian MechanicsLaboratory PlasmasKinetic SimulationsConfined Plasma
期刊信息
- 主办单位：Elsevier
- 主 编：Francesco Porcelli
- 地 址： --
期刊简介
Fundamental Plasma Physics provides an open access forum for articles that address fundamental aspects of plasma physics research. Fundamental articles can be theoretical, numerical, or experimental. A contribution is considered fundamental if it advances knowledge on a topic at the frontier of plasma physics research and has broad interest within the plasma physics community. The great variety of plasmas that are in nature or produced in the laboratory make plasma science a truly multidisciplinary field. The ambition of FPP is to bring together the various plasma physics communities by focusing on methodologies, theoretical and numerical methods, experimental research, and innovative diagnostics, that further understanding of the physics of plasmas.