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[波函数分析求助] 想找用multiwfn作的静电势图的文章

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求助各位大神好,最近我用multiwfn+VMD做出静电势图也做了极点,在极点值处我用的单位为kcal/mol做单位,但是被别的老师质疑静电势单位错误有问题,但是我问他他也说不出单位是什么,然后让我去看高斯,我想找出用multiwfn作图并且已经发表的文章,但是我在引用主页找了好久没看到有相关分类,各位大神有看到的能发我一下吗?特别特别感谢!

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发表于 Post on 2022-8-1 20:59:52 | 只看该作者 Only view this author
一般我们常说的分子静电势,指的是在分子的范德华表面,即电子密度为0.001 e/Bohr^3的等值面上,从无穷远处移动单位正电荷至某点时所需做的功。所以静电势的单位当然是能量单位kcal/mol。
使用谷歌学术搜索 Molecular Electrostatic Potential Multiwfn 即可:
https://pubs.rsc.org/en/content/articlehtml/2021/xx/d1cp02805g

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发表于 Post on 2022-8-1 23:48:15 | 只看该作者 Only view this author
如置顶的新社员必读贴、论坛首页的公告栏、版头的红色大字非常明确所示,求助帖必须在帖子标题明确体现出此帖内容是求助或提问,并清楚、准确反映出帖子具体内容,避免有任何歧义,仔细看http://bbs.keinsci.com/thread-9348-1-1.html。我已把你的不恰当标题“静电势作图”改了,以后务必注意
北京科音自然科学研究中心http://www.keinsci.com)致力于计算化学的发展和传播,长期开办极高质量的各种计算化学类培训:初级量子化学培训班中级量子化学培训班高级量子化学培训班量子化学波函数分析与Multiwfn程序培训班分子动力学与GROMACS培训班CP2K第一性原理计算培训班,内容介绍以及往届资料购买请点击相应链接查看。这些培训是计算化学从零快速入门以及进一步全面系统性提升研究水平的高速路!培训各种常见问题见《北京科音办的培训班FAQ》
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思想家公社的门口Blog:http://sobereva.com(发布大量原创计算化学相关博文)
Multiwfn主页:http://sobereva.com/multiwfn(十分强大、极为流行的量子化学波函数分析程序)
Google Scholar:https://scholar.google.com/citations?user=tiKE0qkAAAAJ
ResearchGate:https://www.researchgate.net/profile/Tian_Lu

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发表于 Post on 2022-8-1 23:51:47 | 只看该作者 Only view this author
里面都有Multiwfn结合VMD画的我的已发表的文章里的分子表面静电势图
全面探究18碳环独特的分子间相互作用与pi-pi堆积特征
http://sobereva.com/572http://bbs.keinsci.com/thread-19660-1-1.html
Multiwfn使用的高效的静电势算法的介绍文章已于PCCP期刊发表!
http://sobereva.com/614http://bbs.keinsci.com/thread-24940-1-1.html
使用Multiwfn结合VMD分析和绘制分子表面静电势分布
http://sobereva.com/196

以下文章也都用了Multiwfn结合VMD绘制表面静电势图。类似这样的文章至少有500篇,没工夫一一记录。Multiwfn+VMD是最佳的绘制分子表面静电势图的组合。
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静电势单位问题在Multiwfn手册里写得很明白


“我在引用主页找了好久没看到有相关分类” 严重病句。“去看高斯” 莫名其妙



北京科音自然科学研究中心http://www.keinsci.com)致力于计算化学的发展和传播,长期开办极高质量的各种计算化学类培训:初级量子化学培训班中级量子化学培训班高级量子化学培训班量子化学波函数分析与Multiwfn程序培训班分子动力学与GROMACS培训班CP2K第一性原理计算培训班,内容介绍以及往届资料购买请点击相应链接查看。这些培训是计算化学从零快速入门以及进一步全面系统性提升研究水平的高速路!培训各种常见问题见《北京科音办的培训班FAQ》
欢迎加入北京科音微信公众号获取北京科音培训的最新消息,并避免错过网上有价值的计算化学文章!
欢迎加入人气极高、专业性特别强的理论与计算化学综合交流群思想家公社QQ群(群号见此链接),合计达一万多人。北京科音培训班的学员在群中可申请VIP头衔,提问将得到群主Sobereva的最优先解答。
思想家公社的门口Blog:http://sobereva.com(发布大量原创计算化学相关博文)
Multiwfn主页:http://sobereva.com/multiwfn(十分强大、极为流行的量子化学波函数分析程序)
Google Scholar:https://scholar.google.com/citations?user=tiKE0qkAAAAJ
ResearchGate:https://www.researchgate.net/profile/Tian_Lu

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