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Journal Of Advanced DielectricsSCIE

國際簡稱：Journal of Advanced Dielectrics 參考譯名：先進電介質(zhì)雜志

中科院分區(qū)
3區(qū)
CiteScore分區(qū)
Q2
JCR分區(qū)
Q3

基本信息：: ISSN：2010-135X; E-ISSN：2010-1368; 是否OA：開放; 是否預警：否; TOP期刊：否

出版信息：: 出版地區(qū)：Singapore; 出版商：World Scientific Publishing; 出版語言：English; 出版周期：6 issues/year; 研究方向：PHYSICS, APPLIED

評價信息：: 影響因子：2.1; CiteScore指數(shù)：3.8; SJR指數(shù)：0.369; SNIP指數(shù)：0.639

發(fā)文數(shù)據(jù)：: Gold OA文章占比：84.52%; 研究類文章占比：96.72%; 年發(fā)文量：61; 自引率：0.0645...; 開源占比：0.9877; 出版撤稿占比：; 出版國人文章占比：0.31; OA被引用占比：1

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英文簡介期刊介紹 CiteScore數(shù)據(jù) 中科院SCI分區(qū) JCR分區(qū) 發(fā)文數(shù)據(jù) 常見問題

英文簡介Journal Of Advanced Dielectrics期刊介紹

Journal of Advanced Dielectrics (JAD), launched in 2011, is an English-language academic journal co-hosted by the International Dielectrics Research Center of Xi'an Jiaotong University and the World Scientific Publishing Group (WSPC). With a focus on dielectric research, JAD covers a wide range of research areas including fundamental dielectric studies, piezoelectricity, ferroelectricity, thin/thick films, multiferroic materials, and engineering dielectrics. The journal aims to advance the resolution of technical challenges and critical weak links in the development of high-end electronic components. It serves as a platform for Chinese researchers to voice their findings on the international stage and to foster continuous in-depth academic research into the theories and applications of dielectrics.

Expanding on this, JAD is dedicated to fostering innovation and collaboration within the global scientific community. It provides a comprehensive forum for scientists, engineers, and scholars to share their latest discoveries, innovative materials, and cutting-edge device designs. The journal's interdisciplinary approach encourages the integration of knowledge from physics, chemistry, materials science, and electrical engineering to address complex issues in dielectric science and technology.

期刊簡介Journal Of Advanced Dielectrics期刊介紹

《Journal Of Advanced Dielectrics》是一本物理與天體物理優(yōu)秀雜志。致力于發(fā)表原創(chuàng)科學研究結(jié)果，并為物理與天體物理各個領域的原創(chuàng)研究提供一個展示平臺，以促進物理與天體物理領域的的進步。該刊鼓勵先進的、清晰的闡述，從廣泛的視角提供當前感興趣的研究主題的新見解，或?qū)彶槎嗄陙砟硞€重要領域的所有重要發(fā)展。該期刊特色在于及時報道物理與天體物理領域的最新進展和新發(fā)現(xiàn)新突破等。該刊近一年未被列入預警期刊名單，目前已被權(quán)威數(shù)據(jù)庫SCIE收錄，得到了廣泛的認可。

該期刊投稿重要關注點：

預計審稿時間： 18 Weeks
物理與天體物理
PHYSICS, APPLIED
SCIE
中科院3區(qū)
非預警

Cite Score數(shù)據(jù)（2024年最新版）Journal Of Advanced Dielectrics Cite Score數(shù)據(jù)

CiteScore：3.8
SJR：0.369
SNIP：0.639

學科類別	分區(qū)	排名	百分位
大類：Engineering 小類：Electrical and Electronic Engineering	Q2	353 / 797	55%
大類：Engineering 小類：Condensed Matter Physics	Q2	195 / 434	55%
大類：Engineering 小類：Ceramics and Composites	Q2	62 / 127	51%
大類：Engineering 小類：Electronic, Optical and Magnetic Materials	Q2	140 / 284	50%

CiteScore 是由Elsevier(愛思唯爾)推出的另一種評價期刊影響力的文獻計量指標。反映出一家期刊近期發(fā)表論文的年篇均引用次數(shù)。CiteScore以Scopus數(shù)據(jù)庫中收集的引文為基礎，針對的是前四年發(fā)表的論文的引文。CiteScore的意義在于，它可以為學術界提供一種新的、更全面、更客觀地評價期刊影響力的方法，而不僅僅是通過影響因子(IF)這一單一指標來評價。

歷年Cite Score趨勢圖

中科院SCI分區(qū)Journal Of Advanced Dielectrics 中科院分區(qū)

中科院 2023年12月升級版 綜述期刊：否 Top期刊：否

大類學科	分區(qū)	小類學科	分區(qū)
物理與天體物理	3區(qū)	PHYSICS, APPLIED 物理：應用	3區(qū)

中科院分區(qū)表 是以客觀數(shù)據(jù)為基礎，運用科學計量學方法對國際、國內(nèi)學術期刊依據(jù)影響力進行等級劃分的期刊評價標準。它為我國科研、教育機構(gòu)的管理人員、科研工作者提供了一份評價國際學術期刊影響力的參考數(shù)據(jù)，得到了全國各地高校、科研機構(gòu)的廣泛認可。

中科院分區(qū)表 將所有期刊按照一定指標劃分為1區(qū)、2區(qū)、3區(qū)、4區(qū)四個層次，類似于“優(yōu)、良、及格”等。最開始，這個分區(qū)只是為了方便圖書管理及圖書情報領域的研究和期刊評估。之后中科院分區(qū)逐步發(fā)展成為了一種評價學術期刊質(zhì)量的重要工具。

歷年中科院分區(qū)趨勢圖

JCR分區(qū)Journal Of Advanced Dielectrics JCR分區(qū)

2023-2024 年最新版

按JIF指標學科分區(qū)	收錄子集	分區(qū)	排名	百分位
學科：PHYSICS, APPLIED	ESCI	Q3	109 / 179	39.4%

按JCI指標學科分區(qū)	收錄子集	分區(qū)	排名	百分位
學科：PHYSICS, APPLIED	ESCI	Q3	111 / 179	38.27%

JCR分區(qū)的優(yōu)勢在于它可以幫助讀者對學術文獻質(zhì)量進行評估。不同學科的文章引用量可能存在較大的差異，此時單獨依靠影響因子(IF)評價期刊的質(zhì)量可能是存在一定問題的。因此，JCR將期刊按照學科門類和影響因子分為不同的分區(qū)，這樣讀者可以根據(jù)自己的研究領域和需求選擇合適的期刊。

歷年影響因子趨勢圖

發(fā)文數(shù)據(jù)

2023-2024 年國家/地區(qū)發(fā)文量統(tǒng)計

國家/地區(qū)數(shù)量
CHINA MAINLAND62
India40
Russia39
USA6
Egypt4
Indonesia4
Vietnam4
Bangladesh3
GERMANY (FED REP GER)3
Ukraine3

本刊中國學者近年發(fā)表論文

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4、Superior energy storage efficiency through tailoring relaxor behavior and band energy gap in KNN-based ferroelectric ceramic capacitors
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6、High energy storage properties in Ca0.7La0.2TiO3-modified NaNbO3-based lead-free antiferroelectric ceramics
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