COORDINATION CHEMISTRY REVIEWS

简称 COORDIN CHEM REV ·NETHERLANDS ·出版周期 Monthly ·年均收录 215 篇

23.5

最新影响因子

3.10%

自引率

多是约稿来源Elsevier官网：74%

投稿难度

偏慢,4-8周来源Elsevie...

审稿周期

期刊简介

COORDINATION CHEMISTRY REVIEWS是一本国际学术期刊，ISSN号为0010-8545，由荷兰的Elsevier出版社出版，出版周期为月刊，出版地为阿姆斯特丹。该期刊的影响因子较高，具体数值需查询最新JCR报告，属于非开放获取（非OA）期刊，并被SCI收录，在中科院分区中通常位于化学大类的一区或二区。该杂志主要发表配位化学领域的高质量综述文章，涵盖金属配合物的合成、结构、性质及应用研究，尤其关注前沿进展和跨学科交叉研究。其发文特点是注重系统性、深度性和前瞻性，为领域内学者提供权威的学术参考。杂志的质量较高，审稿严格，但作为综述期刊，其原创性研究较少，可能存在引用滞后风险，且投稿竞争激烈，对作者学术背景要求较高。

影响因子趋势

近期发表

From materials strategy to mechanistic probing: Progress in solid redox mediators for membrane-free decoupled water splitting 2026-09-09

Recent advances in silver-matrix composite electrical contact materials: microstructural design, properties enhancement, and rare-earth modification 2026-09-18

Phenazine as a three-in-one synthon in macrocyclic and coordination framework materials: From discrete macrocycles to adaptive supramolecular systems 2026-09-19

Macrocyclic ligands as corrosion inhibitors: Macrocyclic effects, host-guest chemistry, coordination and complexation with metal surfaces and ions 2026-09-20

Bridging electrochemical desalination and energy storage: Coordination chemistry of organic electrode materials for capacitive deionization and aqueous batteries 2026-09-18

Electrolyte and interface engineering in solid-state lithium batteries: coordination-chemistry insights into ion transport, interfacial stability, and practical performance 2026-09-11

Tailoring the electronic landscape of MOFs: Mechanistic elucidation and a roadmap for next-generation nitrogen fixation catalysts 2026-09-12

Recent advances in multi-responsive fluorescent probes for atherosclerosis 2026-09-13

Next gen single atom-based sensors for noxious pesticides: Atomic-level design principles, breakthroughs and future Frontiers 2026-09-17

Organic-inorganic coordination engineering of vanadium oxide cathodes: From interfacial chemistry to practical zinc-ion batteries 2026-09-12