1) DZ125 superalloy
DZ125高温合金
1.
Simulation of Primary Dendrite Competitive Growth and Solute Concentration Distribution in Directional Solidification DZ125 Superalloy
DZ125高温合金定向凝固中的枝晶竞争生长及溶质分布模拟
2.
The undercooled DZ125 superalloy was investigated by the method of glass and molten salt purification combined with cycled superheating,the mechanism of purification by compound salt was discussed.
采用自制净化剂和循环过热相结合的办法,研究了不同净化剂对DZ125高温合金的净化效果,探讨了复合熔盐的净化机理。
3.
The grain refinement mechanisms of undercooled DZ125 superalloy melt were systematically investigated by the method of molten salt purification combined with cycled superheating.
采用熔盐净化剂与循环过热相结合的方法,对DZ125高温合金晶粒细化机制进行了系统研究。
2) Nickel-based superalloy DZ4125
镍基高温合金 DZ125合金
3) DZ125 superalloy
DZ125合金
1.
The recrystallization temperature of directionally solified DZ125 superalloy was investigated,and the effects of sandblasting parameters on the recrystallization behavior of DZ125 superalloy were also studied.
结果表明:铸态和热处理态DZ125定向凝固合金开始发生再结晶的温度基本相同,均在1000～1050℃范围内;该合金的再结晶深度随热处理温度的升高而增大,当热处理温度低于1150℃时,增大的幅度较小,当温度超过1150℃后,再结晶深度迅速增大,γ′相的溶解是DZ125合金再结晶的控制因素;随着吹砂压力或吹砂时间的增加,DZ125合金表面变形量增大,再结晶深度也随之增大。
4) high-temperature alloy
高温合金
1.
Numerical simulation and experimental analysis on microstructural changes during heading of high-temperature alloy bolt;
高温合金螺栓镦挤过程的微观组织演变模拟及试验研究
2.
On the Processing methods of high-temperature alloy by CNC Lathe
如何在数控车床上加工高温合金
3.
The present method has been used for the particle size determination of carbides and metal precipitates in microalloyed steel,middle-alloy steel and high-temperature alloys.
该方法被广泛应用于各种高温合金、中低合金钢、微合金化钢中碳化物、金属间化合物的粒度尺寸分布的测定。
5) high temperature alloy
高温合金
1.
Research of deposition feature of laser melting for forming high temperature alloy powder;
激光熔积高温合金件形状特征的基础研究
2.
Exchangeable search in forming quality control of high temperature alloy deformation;
变形高温合金成型质量控制中的转换研究
3.
Research on cutting procedure of casting high temperature alloy K423A;
铸造高温合金K423A的切削加工性能研究
6) Superalloy
[英][,sju:pər'ælɔi] [美][,supɚ'ælɔɪ]
高温合金
1.
Trace analysis of superalloy by laser ablation inductively coupled plasma mass spectrometry with internal standard;
激光剥蚀-电感耦合等离子体质谱内标定量法测定高温合金中痕量元素
2.
Determination of multi-elements in superalloy by glow discharge mass spectrometry and interference correction;
高温合金中多元素辉光放电质谱法测定及干扰校正
3.
Morphology characterization of γ′ phase in a P/M nickel-base superalloy;
镍基粉末高温合金中γ′相的形貌特征的定量表征研究
补充资料：Freon-125
分子式： CH·F2CF3
CAS号：
性质：又称氟里昂-125。常温常压下为无色气体。沸点-48.5℃，凝固点-103℃。液体密度1.25g/cm3(计算值)。临界温度66.3℃。临界压力34.7×105Pa。低毒、难燃。工业合成方法还在开发中，可以由四氯乙烯与氟化氢催化脱氯制HFC-134a的同时副产本品。主要用作制冷剂。
CAS号：
性质：又称氟里昂-125。常温常压下为无色气体。沸点-48.5℃，凝固点-103℃。液体密度1.25g/cm3(计算值)。临界温度66.3℃。临界压力34.7×105Pa。低毒、难燃。工业合成方法还在开发中，可以由四氯乙烯与氟化氢催化脱氯制HFC-134a的同时副产本品。主要用作制冷剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条