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  4. 体心立方金属中位错与间隙原子相互作用的回顾--机械波谱术研究

金属学报, 2003, 39(11): 1145-1152. doi: 10.3321/j.issn:0412-1961.2003.11.006

体心立方金属中位错与间隙原子相互作用的回顾--机械波谱术研究

基金项目:   波兰国家科学研究委员会基金  

关键词： Snoek-Koster峰 , 冷加工峰 , Snoek弛豫 , Cottrell气团 , 葛庭燧 , 内耗 , 机械波谱学 , 位错 , 固溶体 , 铁 , 碳 , 氮

ON THE INTERACTION OF DISLOCATIONS WITH INTERSTITIAL ATOMS IN BCC METALS USING MECHANICAL SPECTROSCOPY: THE COLD WORK (CW) PEAK, THE SNOEK-KOSTER(SK) PEAK, AND THE SNOEK-KE-KOSTER (SKK) PEAK

Keywords： Snoek-Koster peak , cold work peak , Snoek relaxation , Cottrell atmosphere , Ke , internal friction , mechanical spectroscopy , dislocation , solid solution , iron , carbon , nitrogen

根据有关术语、实验结果和理论处理方法的现有数据,对冷加工峰,200,220或250℃峰,Snoek-Koster(SK)峰,以及Snoek-Ke-Koster(SKK)峰进行了评估.并特别强调了葛庭燧教授(Ke)为理解冷加工峰所作的贡献.同时,对由(1)Schoeck,(2)Seeger,(3)王业宁等人,(4)Magalas 和Ngai,以及(5)Ogurtani等人发展的现有理论模型进行了简要的综述.

Critical assessment is given of available data on the nomenclature, experimental results and the theoretical approach to so-called cold work (CW) peak, 200℃, 220℃ or 250℃ damping peak, the Snoek-Koster (SK) peak, and the Snoek-Ke-Koster (SKK) peak. This paper will focus on the contribution made by Professor Ting-Sui Ke to our understanding of the CW peak. A brief review of existing theoretical models of this relaxation process developed by (1) Schoeck, (2) Seeger, (3) Wang et al., (4) Magalas and Ngai, and (5) Ogurtani et al. is also presented.

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