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青田山口叶蜡石传压介质初步研究
引用本文:徐文火斤,郭陀珠,韦家新,朱坚毅,李蘅,陈雄春,林民安,王冠程. 青田山口叶蜡石传压介质初步研究[J]. 矿物学报, 2001, 21(3): 544-546
作者姓名:徐文火斤  郭陀珠  韦家新  朱坚毅  李蘅  陈雄春  林民安  王冠程
作者单位:1. 桂林矿产地质研究院
2. 浙江青田山口叶蜡石有限公司
摘    要:采用青田山口叶蜡石作为超高压高温合成金刚石的传压介质,分析了其主要化学成分和矿物组成。对青田山叶蜡石粉压块粒度效应进行了研究,确定了该传压介质的粒度组成。超高压高温人造金刚石试验表明,青田山口叶蜡石的传压介质理想,金刚石合成效果较好。

关 键 词:叶蜡石 传压介质 高温高压 人造金刚石 青田山口 化学成分
文章编号:1000-4734(2001)03-0544-03
修稿时间:2000-12-12

STUDY ON PYROPHYLLITE IN SHANKOU, QINGTIAN
Xu Wenxin Guo Tuozhu Wei Jiaxin Zhu Jianyi Li Heng Chen Xiongchun Lin Min'an Wang Guancheng. STUDY ON PYROPHYLLITE IN SHANKOU, QINGTIAN[J]. Acta Mineralogica Sinica, 2001, 21(3): 544-546
Authors:Xu Wenxin Guo Tuozhu Wei Jiaxin Zhu Jianyi Li Heng Chen Xiongchun Lin Min'an Wang Guancheng
Affiliation:Xu Wenxin 1 Guo Tuozhu 1 Wei Jiaxin 1 Zhu Jianyi 1 Li Heng 1Chen Xiongchun 2 Lin Min'an 2 Wang Guancheng 2
Abstract:Pyrophyllite collected from Shankou, Qingtian is used as the pressure-transfer medium for high-temperature and high-pressure synthesis of diamond. Analysis is made for its chemical composition and mineral phase. By studying the pressed powdercake of pyrophyllite-the high pressure medium. Experiments on high-temperature and high-pressure synthesis of diamond showed that the results are good, and the pressure medium properties are very satisfactory.
Keywords:pyrophyllite  pressure-transfer medium  HTHP synthesis of diamond  Shankou   Qingtian
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