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1.国际金属热处理协会的十年(瑞士) 2.国际材料热处理协会的现状和前景(匈) 3.金属热处理和加热设备的发展趋势(波) 4.金属热处理时的节能(波) 5.钢淬火时的应力与变形(法) 6.非金属夹杂物对淬火裂纹源的影响(波) 7.用热传递数学模型表示几种加热介质的特性(罗) 8.根据成分预测淬透性以优选供应状态的钢材(西) 9.铁素体——奥氏体钢的热处理行为:对冲击试验的敏感性(罗) 10.热处理对含钒低温时效奥氏体钢的组织与机械性能的影响(苏) 11.钢与合金热处理时马氏体转变的回复(苏)
1. The International Metals Heat Treatment Association’s ten years (Switzerland) 2. The current status and prospects of the International Society for Materials Heat Treatment (Hungary) 3. Trends in metal heat treatment and heating equipment (wave) 4. Energy saving (wave) in metal heat treatment 5. Steel quenching stress and deformation (method) 6. Non-metallic inclusions on the impact of quench crack source (wave) 7. Using heat transfer mathematical model of several heating medium characteristics (Luo) 8. Predict hardenability from the composition Steel with preferred supply status (West) 9. Heat Treatment Behavior of Ferritic-Austenitic Steels: Sensitivity to Impact Test (LO) 10. Microstructure and Mechanical Properties of Low Temperature Aged Austenitic Steels Containing Vanadium (Su) 11. Steel and alloy heat treatment when the martensite transformation (Su)