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Nanolayered Diamond Sintered Compact Obtained by Direct Conversion from Highly Oriented Graphite under High Pressure and High Temperature

机译：通过在高压和高温下从高度导向的石墨直接转化获得的纳米制剂金刚石烧结体

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Futoshi Isobe; Hiroaki Ohfuji; Hitoshi Sumiya; Tetsuo Irifune;
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1. Nanolayered diamond sintered compact obtained by direct conversion from highly oriented graphite under high pressure and high temperature [J] . Isobe F., Ohfuji H., Sumiya H., Journal of nanomaterials . 2013,第Pta2期

机译：高压高温下由高取向石墨直接转化得到的纳米层金刚石烧结体
2. Nanolayered Diamond Sintered Compact Obtained by Direct Conversion from Highly Oriented Graphite under High Pressure and High Temperature [J] . FutoshiIsobe, HiroakiOhfuji, HitoshiSumiya, Journal of nanomaterials . 2013,第1期

机译：高压高温下高取向石墨直接转化制得的纳米金刚石烧结体
3. Nanolayered Diamond Sintered Compact Obtained by Direct Conversion from Highly Oriented Graphite under High Pressure and High Temperature [J] . FutoshiIsobe, HiroakiOhfuji, HitoshiSumiya, Journal of nanomaterials . 2013,第1期

机译：高压高温下高取向石墨直接转化制得的纳米金刚石烧结体
4. EFFECTS OF WC PREMIX ON THE MICROSTRUCUTRE AND PROPERTIES OF POLYCRYSTALLINE DIAMOND COMPACT (PDC) SINTERED BY HIGH-PRESSURE AND HIGH-TEMPERATURE (HPHT) [C] . G. J. Fan, D. Belnap Tungsten, refractory amp; hardmaterials VIII . 2011

机译：WC PREMIX对高压高温烧结的多晶金刚石复合片（PDC）的微观结构和性能的影响
5. Development of the High Pressure Technology with Sintered Diamond Anvils and the Study of Graphite to Hexagonal Diamond Transition利用統計を見る [D] . Utsumi Wataru 1992

机译：烧结金刚石砧高压技术的发展及石墨向六角形金刚石过渡的研究
6. High Temperature Stability of Onion-Like Carbon vs Highly Oriented Pyrolytic Graphite [O] . Alessandro Latini, Massimo Tomellini, Laura Lazzarini, -1

机译：洋葱状碳与高取向热解石墨的高温稳定性
7. Research Update: Direct conversion of amorphous carbon into diamond at ambient pressures and temperatures in air [O] . Jagdish Narayan, Anagh Bhaumik 2015

机译：研究更新：在环境压力和空气温度下将无定形碳直接转化为金刚石

Nanolayered Diamond Sintered Compact Obtained by Direct Conversion from Highly Oriented Graphite under High Pressure and High Temperature

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