二芳基硫醚合成反应的分析

《二芳基硫醚合成反应的分析》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、·浙江工业大学2015届学位论文目录摘要.......................................................................................................................IABSTRACT.............................................................................................................III第一章前言................................

2、..........................................................................11.1引言..............................................................................................................11.2基于脱羧策略的C-C键偶联......................................................................21.2.1SP酸-SP碳偶联.....

3、............................................................................21.2.2SP酸-SP2碳偶联................................................................................31.2.3SP酸-SP3碳偶联................................................................................51.2.4SP2酸-SP2碳偶联............

4、....................................................................51.2.5SP2酸-SP3碳偶联................................................................................81.2.6SP3酸-SP碳偶联..............................................................................101.2.7SP3酸-SP2碳偶联....................

5、..........................................................101.3基于脱羧策略的碳杂键构建.....................................................................121.3.1C-N键的构建....................................................................................121.3.2C-S键、C-Se键的构建...................................

6、.................................121.3.3C-X键的构建....................................................................................131.3.4C-O键的构建....................................................................................131.3.5C-P键的构建......................................................

7、..............................131.4C-H活化构建C-S键.................................................................................141.4.1过渡金属催化C-H活化构建C-S键...............................................141.4.2无金属催化C-H活化构建C