《参考文献》
[1] Supiot.Ph，et al.Spectroscopic study of reaction of tetramethyl disiloxane with a cold remote nitrogen plasma：effect of dioxygen addition in the rective mixture.Plasma Chem.＆ Plasma Process.，1993，13（3）：539～542
[2] 刘永铨.钢的热处理.北京：冶金工业出版社，1987：435～457
[3] Falk L，et al.Effect of process parameters on the atomic nitrogen concentration as measured by chemilaminescence in a post-discharge nitriding reactor. Materials Sci.＆ Engineering，1991，AI 39：132～136
[4] 陈强，胡海天等.微波等离子体氮化.95全国材料处理及等离子体应用论文集，成都，1995：43～45
[5] 胡海天，陈强等.微波等离子体渗氮装置.金属热处理，1995(10)：34～35
[6] 雷廷权，傅家骐.热处理工艺方法300种.北京：机械工业出版社，1993：341～360
[7] Ricard A.et al. Active species in microwave postdischarge for steel-surface nitriding.IEEE Trans.On Plasma Sci.1990，（18）：940～944
[8] 周孝重，陈大凯.等离子体热处理工业技术.北京：机械工业出版社，1990：243～272
[9] Gredic T.et al.Substrate-induced changes of TiN and （Ti，Al） N coating due to plasma nitriding.Surf.Coat.Technol.，1992，（54）：502～506
[10] Huang H H，et al.Microstructure and mechanical properties of surface layer obtained by plasma nitriding and／or TiN coating on high speed steel.Surf.Coat.Technol.1994（41）：41～46
[11] Chen Qiang，Wang Shou-guo，Wu Qian-chong.Microstructure and mechanical properties of surface layer obtained by microwave postdischarge nitriding on steels.Proceeding of 13rd International conference on plasma chemistry.Beijing，1997：546～549(end)
