摘要
介绍了氧化石墨的结构，性质和应用，概述了氟化石墨高温合成法的缺陷，着重阐述了氧化石墨低温合成法。石墨首先与五卤化物反应生成石丕层间化合物，然后在低温下与氟反应生成氨化石墨。氟化石墨的合成温度远远低于其分解温度。反应产物产率高，无副产物产生，可实现安全、高效、连续生产。生产工艺可调整，便于产品系列化．
篢he structure, feature and application of graphitefluoride are introduced. Shownthe defects in the synthesis at high-temperature and synthesis method atlow-temperature. A graphite intercalation compound can first be made after mixinggraphite and pentahalogenide together, then the graphite fluoride will be obtained whenthe graphite intercalation compund reacts on fluorine at low-temperature. Thesynthesizing temperature is much lower than its decomposable temperature.The yielding of reaction product was high and no by-products and safe, high efficient,continuous. The production line can adjusted to facilitate the serial products.
出处
《炭素》
1997年第2期29-33,共5页
Carbon
