超硬材料工程
超硬材料工程
초경재료공정
SUPERHARD MATERIAL ENGINEERING
2014年
2期
1-4
,共4页
芶清泉%人造金刚石%金刚石粘接%含硼黑金刚石%硼皮氮芯金刚石%人造金刚石合成机理
芶清泉%人造金剛石%金剛石粘接%含硼黑金剛石%硼皮氮芯金剛石%人造金剛石閤成機理
구청천%인조금강석%금강석점접%함붕흑금강석%붕피담심금강석%인조금강석합성궤리
Gou Qingquan%synthetic diamond%diamond bonding%boracic black diamond%boron skin nitrogen core diamond%synthesis mechanism of synthetic diamond
芶清泉教授在我国人造金刚石发展的初期，揭示了人造金刚石合成机理、金刚石粘接机理、含硼黑金刚石耐高温机理。他提出了触媒与石墨优选原则和硼皮氮芯金刚石模型。他的工作对中国人造金刚石的发展起了重要作用。他出版了世界第一本《人造金刚石》专著、并将超硬材料作为一章写入他的《固体物理简明教程》。他举办了全国第一个人造金刚石短期学习班、进修班，培养出一大批工作在超硬材料领域的学士、硕士和博士，他们很多人已成为技术骨干和业内精英。芶清泉教授对我国超硬材料的发展做出了不可磨灭的历史性的贡献。
芶清泉教授在我國人造金剛石髮展的初期，揭示瞭人造金剛石閤成機理、金剛石粘接機理、含硼黑金剛石耐高溫機理。他提齣瞭觸媒與石墨優選原則和硼皮氮芯金剛石模型。他的工作對中國人造金剛石的髮展起瞭重要作用。他齣版瞭世界第一本《人造金剛石》專著、併將超硬材料作為一章寫入他的《固體物理簡明教程》。他舉辦瞭全國第一箇人造金剛石短期學習班、進脩班，培養齣一大批工作在超硬材料領域的學士、碩士和博士，他們很多人已成為技術骨榦和業內精英。芶清泉教授對我國超硬材料的髮展做齣瞭不可磨滅的歷史性的貢獻。
구청천교수재아국인조금강석발전적초기，게시료인조금강석합성궤리、금강석점접궤리、함붕흑금강석내고온궤리。타제출료촉매여석묵우선원칙화붕피담심금강석모형。타적공작대중국인조금강석적발전기료중요작용。타출판료세계제일본《인조금강석》전저、병장초경재료작위일장사입타적《고체물리간명교정》。타거판료전국제일개인조금강석단기학습반、진수반，배양출일대비공작재초경재료영역적학사、석사화박사，타문흔다인이성위기술골간화업내정영。구청천교수대아국초경재료적발전주출료불가마멸적역사성적공헌。
At the early development stage of the synthetic diamond technology in China, professor Gou Qingquan had successfully revealed the synthesis mechanism of synthetic diamond,bonding mechanism of diamond and the high temperature resistant mechanism of boracic black diamond.He presented the principle of accelerant and graphite optimiza-tion and the boron skin nitrogen core diamond model.His research work plays a very im-portant role in the synthetic diamond development in China.He published the world’s first monograph about synthetic diamond named “Synthetic Diaomond”.Besides,in his another work named“Solid Physics Course”,there is one whole chapter on superhard ma-terials.He opened the first short-term workshop and advanced course of synthetic dia-mond in China and trained a lot of bachelors,masters and doctors who work in the super-hard material field.Many of them have become technical experts and elites in this indus-try.Professor Gou Qingquan has made an indelible historic contribution to the develop-ment of superhard material in China.
