1) temperature changing rate
温变速率
2) Temperature variation
温变
1.
The influence on reflective spectrum of fiber grating with nonuniform temperature variation field is discussed.
讨论了非均匀温变场对光纤光栅反射谱的影响,并针对不同的温变场模型进行了数值仿真。
3) warm deformation
温变形
1.
The formation mechanisms of ultrafine grain of carburized 20CrMnTi steel during warm deformation;
渗碳20CrMnTi温变形超细晶粒的形成机制
2.
Spheroidizing and ultra-refining of structure in eutectoid steel during warm deformation;
共析钢温变形过程的组织球化与超细化
3.
Effect of initial microstructure on the microstructure evolution of medium carbon steel during warm deformation;
初始组织形态对中碳钢温变形组织演变的影响
4) isothermal deformation
等温变形
1.
Flow stress characteristics of isothermal deformation at high temperature for 7075 aluminum alloy;
7075铝合金高温等温变形的流变应力特征
2.
By isothermal deformation of as-cast Ti-6Al-4V (ZTC4) at different plastic technologic parameter,the regulations of deformation stress-strain and microstructure deformed have been obtained.
采用不同的塑性工艺参数对铸造Ti-6Al-4V(ZTC4)进行等温变形分析,得出变形应力-应变规律和变形后的内部组织规律;对ZTC4钛合金的原始组织进行了分析,得出原始组织形态的影响规律。
3.
An effective method for grain refining of γ-TiAl alloy was put forward based on the study results of compression behavior and microstructure evolution during isothermal deformation.
研究发现,如果γ-TiAl合金锭具有一定的细晶组织便可以在(α2+γ)2相区完成等温变形而不产生裂纹。
5) high temperature deformation
高温变形
1.
Lubrication action of pure aluminum during high temperature deformation of heat-resistant aluminum alloy;
纯铝在耐热铝合金高温变形过程中的润滑作用
2.
Study on the high temperature deformation mechanism of Ti-15-3 alloy;
Ti-15-3合金高温变形机制分析
3.
Dynamic recrystallization of vanadium microalloyed low carbon steel during high temperature deformation;
钒微合金化低碳钢高温变形动态再结晶
6) low-temperature shift
低温变换
1.
The main performance and application of several low-temperature shift catalysts in energy-saving large-scale ammonia plants are reviewed.
本文介绍了几种用于节能流程大型氨厂低温变换催化剂主要性能及其使用情况，表明国产低温变换催化剂具有低温活性好、CO转化率高、选择性好、使用寿命长等优点，完全可以满足国内节能流程合成氨厂的使用要求。
参考词条
补充资料：变温吸附
利用吸附剂的平衡吸附量随温度升高而降低的特性，采用常温吸附、升温脱附的操作方法。除吸附和脱附外，整个变温吸附操作中还包括对脱附后的吸附剂进行干燥、冷却等辅助环节。变温吸附用于常压气体及空气的减湿，空气中溶剂蒸气的回收等。如果吸附质是水，可用热气体加热吸附剂进行脱附；如果吸附质是有机溶剂，吸附量高时可用水蒸气加热脱附后冷凝回收；吸附量低时则用热空气脱附后烧去，或经二次吸附后回收。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。