[1] |
Balchan A S, Cowan R. US Pat 3667911, 1972. |
[2] |
Bundy F P, Kasper J S. J Chem Phys, 1967, 46(9): 3437-3446. |
[3] |
Chinose I, Watatsuki M, Aoki T, et al. Synthesis of Polycrystalline Cubic BN(V). In: The proceedings of the fourth international conference on high pressure. Kyoto, Japan, 1974: 436-440. |
[4] |
Soma T, Sawaoka A, Saito S. Synthesis of dense form boron nitride and diamond by shock compression. In: The proceedings of the fourth international conference on high pressure. Kyoto, Japan, 1974: 446-453. |
[5] |
Akashi T, Sawaoka A B. Dense boron nitride synthesis. In: Graham R A, Sawaok A B. High pressure explosive proceedings of ceramics. Chap. 6. Trans Tech Publ, 1987: 88-117. |
[6] |
Sawaoka A B. Akashi T. Very high pressure sintering of shock synthesized wurtzite type boron nitride powders. In: Graham R A, Sawaok A B. High pressure explosive proceedings of ceramics. Chap. 6. Trans Tech Publ, 1987: 119-138. |
[7] |
Bergmann O R. Bailey N F. Explosive shock synthesis of diamond. In: Graham R A, Sawaok A B. High pressure explosive proceedings of ceramics. Chap. 6. Trans Tech Publ, 1987: 65-86. |
[8] |
石川欣造, 泽冈昭, 田中良平, 等. 开拓未来的新材料. 王魁汉, 郝士明, 王君超, 等译. 北京: 治金工业出版社, 1989. |
[9] |
Araki M, Kuroyama Y. Physica B, 1986, 139-140: 819-821. |
[10] |
Dremin, et al. Method of producting wurtzite-like boron nitride. Canadian Patent 4014979, 1977. |
[11] |
Corrigan F R, Bundy F P. J Chem Phys, 1975, 63(9): 3812-3820. |
[12] |
Ададуров Г А. Успехи Химии, 1986, 55(4): 555 |
[13] |
Дрймин А Н. Горение и Взрыв. In: Материалы Ⅳ-20 Всесоюзного Симпозиума по Горению и Взрыву. Москва: ИЗД Наука, 1977: 88. |
[14] |
Верещагин А Л, Сакович Г В, и др. ДАН СССР, 1990, 314(4): 866. |
[15] |
冯士光. 新型超硬材料立方氮化硼聚晶及其刀具的应用. 成都: 四川科学技术出版社, 1984. |