特刊
|
碳氢键活化 特刊投稿截止日期: 30 November 2018 客座编辑: Chaojun Li, Academician (李朝军院士) Fellow of the Royal Society of Canada and Fellow of the TWAS Department of Chemistry McGill University, Quebec, Canada H3A 0B8 特刊介绍 In classical synthetic organic chemistry, functional groups are essential. They provide handles for chemical transformation to obtain important products in the fields of pharmaceuticals, agrochemicals, fine chemicals, dyes, paint, fibers, plastics, etc. However, often, these functional groups are removed during the reaction or need to be removed at a later stage. Furthermore, pre-functionalized starting materials need to be synthesized in separate steps. These additional steps combined with necessary separation and purification processes drastically lower the efficiency of chemical syntheses as well as lead to resource depletion and waste generation, ultimately resulting in health and environmental issues. With the recent development of green chemistry and chemical sustainability, various innovative frontiers of synthetic chemistry have been explored. Among them, enormous success has been made in the direct functionalization of C-H bonds for synthetic purposes. The direct generation of a C-C bond from C-H bonds, instead of using a pre-synthesized functional group, has the potential to significantly reduce the number steps for chemical synthesis and thus fundamentally increase the efficiency of chemical productions. This special issue will highlight the most recent examples on the subject of C-H activation and functionalization related to physical chemistry features, such as the mechanism and kinetics. 投稿 请于截止日期前，在物理化学学报网站(http://www.whxb.pku.edu.cn/journalx_wlhx/authorLogOn.action)在线投稿。文章接受后即予以出版，并在此特刊网页集中列出。文章类型可以是通讯、展望、专论、综述、论文中的任一种，可以用中文或英文撰写。 所投稿件不能已经出版或准备在其他地方出版。所有稿件都需经过严格的同行评议，不向作者收取费用。更详细信息请见物理化学学报的征稿简则。 |
|||
| 默认 最新文章 浏览次数 | |||
|
