Chapter 5: The Restricted geometry Optimization - New Procedure to Get New Insight into Aromaticity (这是投JPCA的正式批驳Maksić’s comment 的文章. 在批驳的同时， 我们严厉地批评了由在美国的华人副教授XXX与Schleyer 合作发展 ...
第五章 : 限制轨道作用的几何优化 - 一个新的探究芳香性本质的理论方法 Chapter 5: The Restricted geometry Optimization - New Procedure to Get New Insight into Aromaticity 第五章第四部分：正式批驳 Maksi ...
第五章 : 限制轨道作用的几何优化 - 一个新的探究芳香性本质的理论方法 Chapter 5: The Restricted geometry Optimization - New Procedure to Get New Insight into Aromaticity 第五章第三部分：与Schleyer教授等 ...
第五章: 限制轨道作用的几何优化 一个新的探究芳香性本质的理论方法 Chapter 5: The Restricted geometry Optimization - New Procedure to Get New Insight into Aromaticity 第五章第三部分：与Schleyer教授等私下和公开的学术争论 第三部分第二节：分子轨道定域化的理论和方法 - 与S ...
第五章: 限制轨道作用的几何优化 - 一个新的探究芳香性本质的理论方法 Chapter 5: The Restricted geometry Optimization - New Procedure to Get New Insight into Aromaticity 第三部分：与Schleyer教授等私下和公开的学术争论 (最近比较忙，第三部分内容将分批以文本形式直接上传) ...
Our JPCA paper were peer reviewed by two reviewers, and their comments are as follows: The Comments by the First Reviewer Editor: Michael A. Duncan Reviewer: 68 Manuscript Number: jp067440i Manuscript Title: Restricted Geometry Optimization, a Different Way to Estimate Stabilization ...
Our JPCA paper was commented by Zvonimir B. Maksic ( jp-2008-08030d; J. Phys. Chem. A, Article ASAP.DOI: 10.1021/jp808030d) . To read our JPCA paper, please download the follwing PDF file first , and then open and read it ( It is impossible to directly open the PDF file ...
To read the original version of the title paper (jp-2008-08030d; J. Phys. Chem. A, Article ASAP DOI: 10.1021/jp808030d), please download the following PDF file, and then open and read it ( It is impossible to directly open the PDF file on the net). . Comment Paper ...
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