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首页> 外文期刊>International Journal of Quantum Chemistry >Influence of molecular precursor structure on the crystallinity of boron nitride
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Influence of molecular precursor structure on the crystallinity of boron nitride

机译:分子前驱体结构对氮化硼结晶度的影响

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摘要

Processible polymers have been prepared from borazinic derivatives. They were thermolyzed into boron nitride using an appropriate chemical and thermal treatment in order to obtain a carbon-free ceramic. Despite similar pyrolysis conditions, the crystallinity of the resulting BN was found to be different for each polymer. These differences should be related to the structure of the molecular precursors and of the polymers derived therefrom. Polymers prepared from the borazine, (HNBH)(3), always gave the more-crystallized materials, (C) 2000 Academic Press. [References: 26]
机译:可加工的聚合物已经由硼烷衍生物制备。使用适当的化学和热处理将它们热解为氮化硼,以获得无碳陶瓷。尽管热解条件相似,但发现每种聚合物的BN结晶度不同。这些差异应与分子前体和由其衍生的聚合物的结构有关。由硼嗪(HNBH)(3)制备的聚合物始终能提供结晶度更高的材料,(C)2000 Academic Press。 [参考:26]

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