减粘裂化是一种较为成熟的热加工工艺。
针对新型超高强铝合金材料的热加工工艺进行了研究。
The heat process technology had been studied for new ultra high strength aluminum alloy in this paper.
详细叙述了高速钢碳化物形貌对热加工工艺及模具寿命的影响。
The influence of high-speed steel carbide appearance to hot-working technology and die & mold life was stated in detail.
配重铁是人类掌握比较早的一种金属热加工工艺，已有约6000年的历史。
The counterweight iron is the humanity masters the quite early one metal hot-working craft, had the approximately 6000 history.
本构方程、动态再结晶模型能为科学设计和有效控制CP钢的热加工工艺提供依据。
Therefore, the proposed model and results can lay the foundation of the quality control and process design of the rolling process for CP steel.
实践证明，所采用的冶炼及冷热加工工艺是可行的。该合金具有优越的力学性能和耐腐蚀性能。
It shows that the adopted melting process, as well as the hot and cold working process are appropriate, the corrosion-resistance and mechanical properties of NS334 alloy are superior.
采用偏低的加热温度、适当的保温时间和小变形量、多道次的工艺制度可以明显改善这两种不锈钢的热加工性能。
Lower heating temperature, proper heating time, light reduction and multipass processes could be adopted to improve the hot ductility of the steels studied.
深谙各种塑料产品之加工工艺，如普通注塑，真空注塑，塑料挤出，热加工等。
Rich experience in all plastic production processes such as injection mold, vacuum mold, forming, plastic extrusion& fabrication etc.
对IN706合金的均匀化处理工艺进行了探索，同时研究了均匀化处理对材料热加工性能的影响。
The homogenizing treatments and it 's effect on hot workability of IN706 alloy was studied in this paper.
真空扩散焊接技术是机械热加工中一种先进的工艺方法。
Vacuum bonding is one of the advanced technique of mechanical procedure.
真空扩散焊接技术是机械热加工中一种先进的工艺方法。
Vacuum bonding is one of the advanced technique of mechanical procedure.
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