Methods for synthesising fluoro-organic compounds with the aid of thermolytic processes are discussed. High-temperature transformations of fluorinated saturated and unsaturated compounds, as well as of aromatic and heterocyclic compounds are considered. 1. Thermolysis of Saturated Compounds 1.1. Alkanes 1.2. Cycloalkanes 1.3. Fluorinated Polymers 2. Thermolysis of Unsaturated Compounds 2.1. Alkenes and Alkynes 2.2. Cycloalkenes 2.3. Thermolysis of Unsaturated Compounds in the Presence of Difluorocarbene Sources 3. Thermolysis of Aromatic and Heterocyclic Compounds 3.1. Aromatic and Heterocyclic Compounds 3.2. Reactions with Polytetrafluoroethene and Potassium Fluoride 3.3. Reactions with Fluoroalkenes 3.3.1. Hexafluorobenzene (F-Benzene) 3.3.2. Reactions of Compounds with Functional Groups 3.4. Reactions with Sources of Radicals 4. Other Reactions 4.1. Pyrolysis of Carboxylic Acids and their Derivatives 4.2. Miscellaneous Reactions
讨论了借助热解过程合成含
氟有机化合物的方法。考虑了
氟化饱和和不饱和化合物以及芳香族和
杂环化合物的高温转变。 1. 饱和化合物的热解 1.1。
烷烃1.2。 环
烷烃 1.3。
氟化聚合物 2。不饱和化合物的热解 2.1。 烯烃和
炔烃 2.2。环烯烃 2.3。不饱和化合物在二
氟碳烯源存在下的热解 3。芳香族和
杂环化合物的热解 3.1。 芳香族和
杂环化合物 3.2。 与聚
四氟乙烯和
氟化
钾的反应 3.3。 与
氟代烯烃的反应 3.3.1。
六氟苯(F-苯)3.3.2。 3.4 具有官能团的化合物的反应 与自由基源的反应 4。其他反应 4.1。
羧酸及其衍
生物的热解 4.2。 杂项反应