Fusion Science and Technology aims to be the leading source of timely information on fusion research. We publish technical papers, technical notes, critical reviews, rapid communications, book reviews, and letters to the editor on fusion applications, design, and system studies. Technical papers present archival, original contributions to the field of knowledge. Technical notes describe preliminary results or limited extensions of previously reported work. Critical reviews combine a focused topical overview with an extensive literature review to critically evaluate the state-of-the-art, but do not necessarily add new knowledge to the field. Rapid communications provide speedy publication, after accelerated review and processing, of innovative work of high and immediate interest to the journal readership. Book reviews give an overview of a recently published book, including a brief summary and statement of value to the community. Letters to the editor provide an expeditious medium for comments on editorial policies and for discussions on the content of other contributions. We welcome submissions that explore the following topics: Fusion plasma physics Fusion plasma engineering Fusion plasma–enabling science and technology Fusion nuclear technology and material science Plasma and fusion energy physics Tokamak experiments Stellarators Next-step burning plasma experiments Target fabrication and technology for inertial confinement fusion Inertial fusion science and applications Tritium science and technology Magnetic and inertial fusion energy reactor studies Heating and current drive physics and technology Plasma control Plasma diagnostics Once your article has been assessed for suitability by the editor, it will be single-blind peer reviewed by expert referees.
融合科学与技术旨在成为融合研究及时信息的主要来源。我们出版技术论文、技术说明、评论、快速通讯、书评,以及给编辑的有关融合应用、设计和系统研究的信件。 技术论文存档,对知识领域的原始贡献。 技术说明描述了先前报告工作的初步结果或有限扩展。 批判性评论将重点主题概述与广泛的文献综述结合起来,以批判性地评估最先进的技术,但不一定为该领域增加新的知识。 快速通讯在加速审查和处理后,为杂志读者提供了对其感兴趣的创新工作的快速出版。 书评概述了最近出版的一本书,包括对社区的简要总结和价值陈述。 给编辑的信件为评论编辑政策和讨论其他贡献的内容提供了一个快速的媒介。 我们欢迎讨论以下主题的提交: 聚变等离子体物理学 聚变等离子体工程 聚变等离子体——促进科学技术 核聚变技术与材料科学 等离子体和聚变能物理学 托卡马克实验 星状体 下一步燃烧等离子体实验 惯性约束聚变靶制备与技术 惯性聚变科学与应用 氚科学技术 磁惯性聚变能堆研究 加热与电流驱动物理与技术 等离子体控制 血浆诊断 一旦你的文章被编辑评估适合性,它将是由专家评审的单盲同行。
期刊ISSN
|
1536-1055 |
最新的影响因子
|
0.9 |
最新CiteScore值
|
0.96 |
最新自引率
|
24.70% |
期刊官方网址
|
http://www.ans.org/pubs/journals/fst/ |
期刊投稿网址
|
http://www.editorialmanager.com/fst/default.aspx |
通讯地址
|
AMER NUCLEAR SOC, 555 N KENSINGTON AVE, LA GRANGE PK, USA, IL, 60526 |
偏重的研究方向(学科)
|
工程技术-核科学技术 |
出版周期
|
Bimonthly |
平均审稿速度
|
一般,3-6周 |
出版年份
|
0 |
出版国家/地区
|
UNITED STATES |
是否OA
|
No |
SCI期刊coverage
|
Science Citation Index Expanded(科学引文索引扩展) |
NCBI查询
|
PubMed Central (PMC)链接 全文检索(pubmed central) |
最新中科院JCR分区
|
大类(学科)
小类(学科)
JCR学科排名
工程技术
NUCLEAR SCIENCE & TECHNOLOGY(核子科学和技术) 3区
20/33
|
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最新的影响因子
|
0.9 | |||||||
最新公布的期刊年发文量 |
|
|||||||
总被引频次 | 2152 | |||||||
特征因子 | 0.004030 | |||||||
影响因子趋势图 |
2007年以来影响因子趋势图(整体平稳趋势)
|
最新CiteScore值
|
0.96
=
引文计数(2018)
文献(2015-2017)
=
427次引用
443篇文献
|
||||||||||
文献总数(2014-2016) | 443 | ||||||||||
被引用比率
|
41% | ||||||||||
SJR
|
0.383 | ||||||||||
SNIP
|
0.982 | ||||||||||
CiteScore排名
|
|
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CiteScore趋势图 |
CiteScore趋势图
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scopus涵盖范围 |
scopus趋势图
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本刊同领域相关期刊
|
|
期刊名称 | IF值 |
JOURNAL OF RADIOANALYTICAL AND NUCLEAR CHEMISTRY | 1.6 |
RADIOCHIMICA ACTA | 1.8 |
IEEE TRANSACTIONS ON NUCLEAR SCIENCE | 1.8 |
KERNTECHNIK | 0.5 |
ATOMIC ENERGY | 0.5 |
NUCLEAR TECHNOLOGY | 1.5 |
RADIATION MEASUREMENTS | 2 |
ANNALS OF NUCLEAR ENERGY | 1.9 |
JOURNAL OF FUSION ENERGY | 1.1 |
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