Transformation of solid C70 into nanotubes

V. Blank, L. Chernozatonskii, G. Dubitsky, B. Mavrin, A. Sabirov, N. Serebryanaya
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Abstract

Transformations of C70 fullerite materials under high pressure (up to 15 GPa) and temperature (up to 1720 K) influence are studied. The crystal structures of polymeric hard forms of C70 material have been studied by X‐ray powder diffraction. We have supposed new polymer phases of C70 during this treatment: precursor phase (under low pressure up to 9 GPa, temperature up to 600 K), chains (up to 12 GPa, 570K), phase of mixture of 3D polymerized C70 and nanotube fragments transformed from chains (high pressure up to 15 GPa, high temperature up to 1720 K).
固体C70转化为纳米管
研究了C70富勒石材料在高压(高达15gpa)和温度(高达1720k)影响下的相变。用X射线粉末衍射研究了C70材料的聚合物硬形态的晶体结构。在此处理过程中,我们假设了C70的新聚合物相:前驱相(低压至9 GPa,温度至600 K),链(高达12 GPa, 570K), 3D聚合C70和纳米管片段从链转化的混合物相(高压至15 GPa,高温至1720 K)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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