南开化学院陈永胜science引用情况
本帖最后由 NKU 于 2025-5-16 23:54 编辑南开高分子化学研究所陈永胜教授在2018年发表了一篇有机高分子光伏的Science研究论文，我查询了2016-2021年共6年期间的所有8987篇science研究论文（不包括review）引用情况（包括众所周知的2020年容易高引的论文），陈永胜教授论文共引用2359次。
2016-2021年引用排名前50名的science中：
（1）中国学者主导的论文共2篇，其中一篇就是陈永胜的有机高分子光伏，另一篇是西湖大学周强众所周知的关于病毒受体的论文（3881次引用）；
（2）钙钛矿相关论文共4篇，陈永胜的论文低于其中3篇，高于其中1篇；
（3）众所周知的病毒相关论文共6篇，陈永胜的论文低于其中4篇，高于其中2篇。
（4）尽管引用热度降低，毕竟是7年前研究成果，但直到2024年仍然有113篇研究论文引用到这一成果。
南开还有另一位论文引用很强的，计算机系程明明教授，大家可以自己查询，单篇最高5000多次，见Ming-Ming Cheng – 程明明个人主页。
TitleSource TitlePublication DatePublication YearVolumeIssueArticle NumberDOITotal Citations
Combining theory and experiment inelectrocatalysis: Insights into materials designSCIENCEJAN 13 201720173556321eaad499810.1126/science.aad49989892
The biology, function, and biomedicalapplications of exosomesSCIENCEFEB 7 202020203676478eaau697710.1126/science.aau69777279
Cryo-EM structure of the 2019-nCoV spikein the prefusion conformationSCIENCEMAR 13 20202020367648310.1126/science.abb25076791
2D materials and van der WaalsheterostructuresSCIENCEJUL 29 201620163536298aac943910.1126/science.aac94396210
Mismatch repair deficiency predictsresponse of solid tumors to PD-1 blockadeSCIENCEJUL 28 20172017357634910.1126/science.aan67335263
Iodide management informamidinium-lead-halide-based perovskite layers for efficient solar cellsSCIENCEJUN 30 20172017356634510.1126/science.aan23015109
Cancer immunotherapy using checkpointblockadeSCIENCEMAR 23 20182018359638210.1126/science.aar40604966
The spread of true and false news onlineSCIENCEMAR 9 20182018359638010.1126/science.aap95594517
Electromagnetic interference shieldingwith 2D transition metal carbides (MXenes)SCIENCESEP 9 20162016353630410.1126/science.aag24214319
Gut microbiome influences efficacy ofPD-1-based immunotherapy against epithelial tumorsSCIENCEJAN 5 20182018359637110.1126/science.aan37064177
Structural basis for the recognition ofSARS-CoV-2 by full-length human ACE2SCIENCEMAR 27 202020203676485eabb276210.1126/science.abb27623881
Active sites of nitrogen-doped carbonmaterials for oxygen reduction reaction clarified using model catalystsSCIENCEJAN 22 20162016351627110.1126/science.aad08323772
Gut microbiome modulates response toanti-PD-1 immunotherapy in melanoma patientsSCIENCEJAN 5 20182018359637110.1126/science.aan42363536
Dissecting the multicellular ecosystemof metastatic melanoma by single-cell RNA-seqSCIENCEAPR 8 20162016352628210.1126/science.aad05013423
Reducing food's environmental impactsthrough producers and consumersSCIENCEJUN 1 20182018360639210.1126/science.aaq02163349
Incorporation of rubidium cations intoperovskite solar cells improves photovoltaic performanceSCIENCEOCT 14 20162016354630910.1126/science.aah55573348
Accurate prediction of proteinstructures and interactions using a three-track neural networkSCIENCEAUG 20 20212021373655710.1126/science.abj87543299
Metalenses at visible wavelengths:Diffraction-limited focusing and subwavelength resolution imagingSCIENCEJUN 3 20162016352629010.1126/science.aaf66443086
CRISPR-Cas12a target binding unleashesindiscriminate single-stranded DNase activitySCIENCEAPR 27 20182018360638710.1126/science.aar62453066
Liquid phase condensation in cellphysiology and diseaseSCIENCESEP 22 201720173576357eaaf438210.1126/science.aaf43822912
A mixed-cation lead mixed-halideperovskite absorber for tandem solar cellsSCIENCEJAN 8 20162016351626910.1126/science.aad58452817
The GTEx Consortium atlas of geneticregulatory effects across human tissuesSCIENCESEP 11 20202020369650910.1126/science.aaz17762709
Maximizing the right stuff: Thetrade-off between membrane permeability and selectivitySCIENCEJUN 16 201720173566343eaab053010.1126/science.aab05302684
Dissecting racial bias in an algorithmused to manage the health of populationsSCIENCEOCT 25 201920193666464aax234210.1126/science.aax23422681
A pathology atlas of the human cancertranscriptomeSCIENCEAUG 18 20172017357635210.1126/science.aan25072612
Clonal neoantigens elicit T cellimmunoreactivity and sensitivity to immune checkpoint blockadeSCIENCEMAR 25 20162016351628010.1126/science.aaf14902557
The atom, the molecule, and the covalentorganic frameworkSCIENCEMAR 3 201720173556328eaal158510.1126/science.aal15852515
The science of fake newsSCIENCEMAR 9 20182018359638010.1126/science.aao29982505
Biodiversity redistribution underclimate change: Impacts on ecosystems and human well-beingSCIENCEMAR 31 201720173556332eaai921410.1126/science.aai92142505
Crystal structure of SARS-CoV-2 mainprotease provides a basis for design of improved α-ketoamide inhibitorsSCIENCEAPR 24 20202020368648910.1126/science.abb34052465
The effect of travel restrictions on thespread of the 2019 novel coronavirus (COVID-19) outbreakSCIENCEAPR 24 20202020368648910.1126/science.aba97572464
Advances in engineering hydrogelsSCIENCEMAY 5 201720173566337eaaf362710.1126/science.aaf36272448
Complement and microglia mediate earlysynapse loss in Alzheimer mouse modelsSCIENCEMAY 6 20162016352628610.1126/science.aad83732434
Optically resonant dielectricnanostructuresSCIENCENOV 18 201620163546314aag247210.1126/science.aag24722416
A general reinforcement learningalgorithm that masters chess, shogi, and Go through self-playSCIENCEDEC 7 20182018362641910.1126/science.aar64042411
Decoupling function and taxonomy in theglobal ocean microbiomeSCIENCESEP 16 20162016353630510.1126/science.aaf45072369
CAR T cell immunotherapy for humancancerSCIENCEMAR 23 20182018359638210.1126/science.aar67112361
Organic and solution-processed tandemsolar cells with 17.3% efficiencySCIENCESEP 14 20182018361640710.1126/science.aat26122359
Substantial undocumented infectionfacilitates the rapid dissemination of novel coronavirus (SARS-CoV-2)SCIENCEMAY 1 20202020368649010.1126/science.abb32212330
The commensal microbiome is associatedwith anti-PD-1 efficacy in metastatic melanoma patientsSCIENCEJAN 5 20182018359637110.1126/science.aao32902302
Shifting the limits in wheat researchand breeding using a fully annotated reference genomeSCIENCEAUG 17 201820183616403eaar719110.1126/science.aar71912326
Detection and localization of surgicallyresectable cancers with a multi-analyte blood testSCIENCEFEB 23 20182018359637810.1126/science.aar32472279
Homogeneously dispersed multimetaloxygen-evolving catalystsSCIENCEAPR 15 20162016352628310.1126/science.aaf15252240
Visualization and analysis of geneexpression in tissue sections by spatial transcriptomicsSCIENCEJUL 1 20162016353629410.1126/science.aaf24032238
Rationally engineered Cas9 nucleaseswith improved specificitySCIENCEJAN 1 20162016351626810.1126/science.aad52272235
A subcellular map of the human proteomeSCIENCEMAY 26 201720173566340eaal332110.1126/science.aal33212218
Impaired type I interferon activity andinflammatory responses in severe COVID-19 patientsSCIENCEAUG 7 20202020369650410.1126/science.abc60272203
Advances in thermoelectric materialsresearch: Looking back and moving forwardSCIENCESEP 29 201720173576358eaak999710.1126/science.aak99972170
Efficient and stable solution-processedplanar perovskite solar cells via contact passivationSCIENCEFEB 17 20172017355632610.1126/science.aai90812164
PARP inhibitors: Synthetic lethality inthe clinicSCIENCEMAR 17 20172017355633010.1126/science.aam73442126
这篇论文的地址是https://www.science.org/doi/10.1126/science.aat2612 因为审核的原因，WoS导出的Incites数据可能要晚点才能审核通过出现在回帖。 本帖最后由 NKU 于 2025-5-16 23:53 编辑
陈永胜2023年发表的Science引用就一般了，一年半的引用才102，不过也是为拔高Science影响因子做正贡献了，见https://www.science.org/doi/10.1126/science.adj3654
因为引用爆发最快的是论文发表后的两三年，再往后跟进研究的慢慢就不引用了（别人会在前人研究基础上不断突破，稍早一点的论文就不是最新研究应该关注的了，除非很经典）。而计算影响因子也只用论文发表后头两年引用的数据。比如说论文发表后一年能贡献100引用，期刊影响因子就是100，大概就是这么算的，精确的算法网络都有。 中国工程院院士陈永胜 没有用，根本没法生产，他还不如化学所候建辉 楼上的回复，让我想起了要再看看有机光伏里，排名前50的有几篇，是否是唯一一篇，有空再看 至少是中国人的研究里唯一一篇 如果前置定语足够，都能产生各种各样的第一。这里选取2016-2021年的原因，是因为incites一次性只能分析少于1万篇出版物，那我只能选择2018年前后的论文，而不是特意选定的时间范围 本帖最后由 xkx267 于 2025-5-18 00:32 编辑
有机光伏国内引用最高的论文是中南大学2019年发的，至今被引用4800多次，每年还保持几百次增长
https://www.cell.com/joule/fulltext/S2542-4351(19)30032-7
xkx267 发表于 2025-5-18 00:30
有机光伏国内引用最高的论文是中南大学2019年发的，至今被引用4800多次，每年还保持几百次增长
https://www ...
相当厉害 xkx267 发表于 2025-5-18 00:30
有机光伏国内引用最高的论文是中南大学2019年发的，至今被引用4800多次，每年还保持几百次增长
https://www ...
陈永胜有WOS被引次数最高的三篇论文：
3,152 Citations
ACS NANO 2 (3) , pp.463-470, 2008, 10.1021/nn700375n
2,506 Citations
JOURNAL OF PHYSICAL CHEMISTRY C 113 (30) , pp.13103-13107,2009, 10.1021/jp902214f
2,359 Citations
SCIENCE 361 (6407) , pp.1094-+, 2018, 10.1126/science.aat2612
陈老师今年应该会全力冲院士 Johnny 发表于 2025-5-19 07:59
陈老师今年应该会全力冲院士
陈永胜论文挺好，2Science，3Nature Photonics，1Nature Electronics，就是出名晚了 本帖最后由 NKU 于 2025-5-19 19:59 编辑
很多印象其实很奇怪是怎么形成的，比如南开JACS+Angewandte长期前三，这几年就是进步到了前二前一，这种固有印象形成了以后，搞得好像南开化学发不了NS，而实际情况又是，南开发的化学NS应该是高校化材NS总数第五第六位置（不如清北科浙等），并且主要靠化学方向NS撑到高校NS总数榜排名前15。
包括Nature Chemistry也是如此，2021年以前南开的nature chemistry总数不是第一就是第二，前两年不太行估计被超了不少，但是前三前四还是有的。南开人不喜欢做榜单去宣传，自己好的时候不宣传，搞得某几年别人好的时候南开不好时候排的榜单做宣传，给人留下来南开不好的印象。
NKU 发表于 2025-5-19 19:51
很多印象其实很奇怪是怎么形成的，比如南开JACS+Angewandte长期前三，这几年就是进步到了前二前一，这种固 ...
有些人为了喷而喷，不必在意。南开化学实力在那摆着，不会因为某些人的诋毁而怎么样。 哪些人能够在南开化学院排前五/前十？ 青山人 发表于 2025-5-21 03:03
哪些人能够在南开化学院排前五/前十？
不算院士的话，应该是陈永胜、朱守非、陈弓、程鹏等 谨慎看好
走有机的话，同领域就有张德清、裴坚可以掰手腕，更不用说有机所和北大那些专门做合成的
走物化的话，隔壁胡文平就是小同行，更不用说有理论和催化的那帮物化佬
陈老师真是牛，但是化学真的有点卷（主要是化学的文章太量大管饱了
工程院那边就不知道了，感觉不太像能走化工口的 vwv 发表于 2025-5-21 08:53
谨慎看好
走有机的话，同领域就有张德清、裴坚可以掰手腕，更不用说有机所和北大那些专门做合成的
走物化的 ...
他走的是高分子。
跟华南理工曹镛院士合作比较多。
但又不完全是高分子，包括石墨烯也做。
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