我记得印度人最近发了一篇自旋交叉-荧光协同的综述,请帮我找出来

作成日: 2025年12月26日

使用モデル GPT-5.2 Thinking by Chat01

質問

我记得印度人最近发了一篇自旋交叉-荧光协同的综述,请帮我找出来

思考

Citing the Indian review and gathering details

I can now provide the DOI and full bibliographic details for the key article. The user specifically asked for the Indian review, so I’ll focus on that and list others as optional. I’ll gather info from the ChemRxiv page, noting authors and the DOI, and suggest verifying the peer-reviewed version. I'll confirm the Indian affiliation via the IISc Mondal page.

Responding in Chinese with citation details

We can clearly cite the ChemRxiv review and related articles. I'll provide the full citation in Chinese, including the DOI and date for the 2025 ChemRxiv paper, as well as mention optional reviews with their DOI. The user asked specifically for "找出来," so I’ll ensure I provide exact details and methods to find these references or PDFs.

Clarifying best match and search for additional resources

If the user is looking for a peer-reviewed Indian article, I’ll highlight the ChemRxiv preprint and clarify it’s not peer-reviewed yet. Also, I’ll mention another related review on room-temp spin crossover, though it doesn’t cover fluorescence. I’ll check again for any Indian review on NIR fluorescence and ensure the correct publication date.

Offering the review details and translation

For clarity, I’ll provide the review with bullet points, including the DOI, date, and authors. I’ll also offer a Chinese translation for the title since the user is Chinese, but keep the original for reference. I'll include citations for each section, making sure the ChemRxiv preprint is mentioned as not yet peer-reviewed and suggest alternatives. No need for extra UI elements here.

Thought for 1m 30s

回答

你描述的“自旋交叉(spin crossover)-荧光/发光协同(synergistic luminescence/fluorescence)”近期、且作者是印度团队的综述,最匹配的是这篇(目前是预印本):

最可能就是这篇(印度团队,近期综述)

Exploring Multi-functionality in Spin Crossover Complexes: A Special Emphasis on Synergistic Luminescence and Dielectric Properties

  • 类型:Review(综述,预印本)
  • 平台:ChemRxiv(Inorganic Chemistry 分类)
  • 时间:2025-02-27(Version 1)
  • 作者:Bijoy Dey; Debopam Sarkar; Sounak Ghosh; Sakshi Mehta; Krishna Kaushik; Subrata Ghosh; Abhishake Mondal (ChemRxiv)
  • DOI:10.26434/chemrxiv-2025-99d55 (ChemRxiv)
  • “印度团队”线索:Abhishake Mondal 为 Indian Institute of Science (IISc) 教员/课题组负责人之一(IISc 页面可佐证) (SSCU)

这篇综述的关键词/摘要表述里明确围绕“自旋态变化可用荧光信号表达”“协同发光/介电响应”等多功能耦合路线展开,因此很符合你说的“自旋交叉-荧光协同综述”。(ChemRxiv)


如果你记得的是“已正式发表的期刊综述”,这几篇也高度相关(备选)

下面三篇不是印度作者主导(或不一定印度),但主题非常对口,很多人也会把它们记成“自旋交叉-发光/荧光协同综述”:

  1. Shedding light on bifunctional luminescent spin crossover materials(Coordination Chemistry Reviews, 2022)
    DOI:10.1016/j.ccr.2022.214625 (ScienceDirect)

  2. Synergistic strategies for the synthesis of Fe(II)-based bifunctional fluorescent spin-crossover materials(Dalton Transactions, 2022,偏“Perspective/策略综述”)
    DOI:10.1039/D2DT02604J (RSC Publishing)

  3. A review on Fe-based spin crossover complexes with synergetic conductive and fluorescent properties(Chemical Papers, 2023,含“荧光+导电”协同)
    DOI:10.1007/s11696-023-03017-6 (Springer Nature Link)


如果你愿意,我也可以按你记忆里的**“大概年份/期刊范围(比如 2024–2025、Coord Chem Rev / Chem Soc Rev / Dalton Trans 等)”**再把候选集缩到 1–2 篇,并把每篇的“为什么像/不像你说的那篇”用要点对照出来。

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