《有機合成百題精解有機合成百題精解》是2016年4月西南交通大學出版社出版的圖書，作者是朱萬仁、羅志輝，本書主要講述了有機合成題的基礎知識，對不同的知識類型採用不同的方式進行歸納總結。
基本介紹
- 中文名：有機合成百題精解有機合成百題精解
- 作者：朱萬仁、羅志輝
- 出版社：西南交通大學出版社
- ISBN：9787564346447
內容簡介,圖書目錄,
內容簡介
本書是本科教育中，化學化工專業用輔導書。本書內容圍繞普通高等教育對有機合成知識結構要求編寫，體例豐富，知識點涵蓋全面；題型新穎並緊緊結合新的研究成果。注重深入淺出，力爭讓學生便於上手，易於掌握。對不同的知識類型採用不同的方式進行歸納總結，尋其規律，溝通知識點之間的內在聯繫，在理解的基礎上進行聯繫式的記憶，在大腦里編織知識的網路。
圖書目錄
章 解答有機合成題的基礎知識準備················································································ 1
一、烴類和簡單雜環的官能團化····························································································· 1
二、官能團的轉換················································································································ 6
三、複習和熟練掌握碳鏈的增長方法······················································································ 9
四、熟悉一些重要的重排反應······························································································ 10
五、掌握碳碳鍵的構建方法·································································································· 10
六、掌握化學鍵的切斷與逆合成分析法················································································· 10
七、熟悉按照化學鍵異裂方式切斷後的常見合成子及其對應的等價物······································· 10
八、逆合成分析切斷法的技巧······························································································ 11
九、一條理想的合成路線的確定需要把握的幾點···································································· 11
第二章 有機化合物常見增長和縮短碳鏈的方法····································································· 12
節 增長碳鏈的方法····································································································· 12
一、增加一個碳原子的常見方法··························································································· 12
二、增加兩個碳原子的常見方法··························································································· 16
三、增加三個碳原子的常見方法··························································································· 19
四、增加四個碳原子的常見方法··························································································· 22
五、碳鏈倍增法·················································································································· 22
第二節 縮短碳鏈的方法····································································································· 24
一、減少一個碳原子的常見方法··························································································· 24
二、烯烴通過氧化斷鍵減少一個或多個碳的方法···································································· 25
第三章 有機合成練習題題解······························································································· 26
參考文獻·························································································································· 238
