参考文献

[1]　Bundy F P，Hall H T，Strong H M，et al.Man-made diamonds.Nature，1955，176（4471）：51-55.

[2]　Bundy F E.Direct conversion of graphite to diamond in static pressure apparatus.Science，1962，137：1057-1058.

[3]　Nor R M，Bakar S A，Thandavan T M，et al.Diamond：synthesis，characterisation and applications//Carbon and Oxide Nanostructures.Springer Berlin Heidelberg，2010：195-217.

[4]　Naka S，Horii K，Takeda Y，et al.Direct conversion of graphite to diamond under static pressure. Nature，1976，259：38-39.

[5]　Field，John Edwin.The properties of natural and synthetic diamond.Academic Press，1992.

[6]　万隆，陈石林，刘小磐.超硬材料与工具.北京：化学工业出版社，2006.

[7]　王秦生.超硬材料制造.北京：中国标准出版社，2002.

[8]　王光祖，院兴国.超硬材料.郑州：河南科学技术出版社，1996.

[9]　Fahy S，Louie S G，Cohen M L.Pseudopotential total-energy study of the transition from rhombohedral graphite to diamond.Phys Rev B，1986，34：1191-1199.

[10]　Bundy F P.Direct conversion of graphite to diamond in static pressure apparatus.J Chem Phys，1963，38：631-643.

[11]　Bundy F P，Kasper J S.Hexagonal diamond—a new form of carbon.J Chem Phys，1967，46：3437-3446.

[12]　Giardini A A，Tydings J E.Diamond Synthesis-Observations On Mechanism Of Formation. American Mineralogist，1962，47（11-1）：1393.

[13]　沈主同.人造金刚石过程中的熔媒效应.人工晶体，1986，15（4）：288.

[14]　Strong H M，Hanneman R E.Crystallization of diamond and graphite.The Journal of Chemical Physics，1967，46（9）：3668-3676.

[15]　Strong H M.Catalytic effects in the transformation of graphite to diamond.The Journal of Chemical Physics，1963，39（8）：2057-2062.

[16]　Bundy F P，Bovenkerk H P，Strong H M，et al.Diamond-graphite equilibrium line from growth and graphitization of diamond.The Journal of Chemical Physics，1961，35（2）：383-391.

[17]　方啸虎，中国超硬材料新技术与进展.合肥：中国科学技术大学出版社，2003.

[18]　方啸虎，超硬材料科学与技术.北京：中国建材工业出版社，1998.

[19]　方啸虎，邓福铭，郑日升.现代超硬材料与制品.杭州：浙江大学出版社，2011.

[20]　Zhang Y，Zang C，Ma H，et al.HPHT synthesis of large single crystal diamond doped with high nitrogen concentration.Diamond and Related Materials，2008，17（2）：209-211.

[21]　Han Q G，Liu B，Hu M，et al.Design an effective solution for commercial production and scientific research on gem-quality，large，single-crystal diamond by high pressure and high temperature. Crystal Growth & Design，2011，11（4）：1000-1005.

[22]　Zhang H，Xiao C，Shang Q，et al.Research Progress in Synthesis of Large Single Crystal Diamond by TGM.Materials Review，2013，17：014.

[23]　Strong H M.Catalytic effects in the transformation of graphite to diamond.The Journal of Chemical Physics，1963，39（8）：2057-2062.

[24]　Zhang Y，Zang C，Ma H，et al.HPHT synthesis of large single crystal diamond doped with high nitrogen concentration.Diamond and Related Materials，2008，17（2）：209-211.

[25]　Han Q G，Liu B，Hu M，et al.Design an effective solution for commercial production and scientific research on gem-quality，large，single-crystal diamond by high pressure and high temperature. Crystal Growth & Design，2011，11（4）：1000-1005.

[26]　Zhang H，Xiao C，Shang Q，et al.Research Progress in Synthesis of Large Single Crystal Diamond by TGM.Materials Review，2013，17：014.