1) Crystal structure
结晶组织
1.
The crystal structure of two kinds of welds was compared, and the chemical composition of the welds were tested.
利用金相试验方法对两种焊接接头的结晶组织形貌进行了详细的对比和分析,并对焊接接头区域的化学组成进行了测试和分析。
2.
The crystal structures obtained by static solidification and vibration solidification were compared.
对球铁金属型静凝固与振动凝固的结晶组织对比表明：后者柱状晶方向性生长较弱，等轴晶出现较早，且两者的晶粒均较细，全断面硬度较高且分布均匀；前者枝晶奥氏体内溶质偏析大，有畸变夹杂团块。
3.
Effects of the rare earth compositions and Mo additive in hydrogen storage alloy, the stoichiometric ratio, the crystal structure and the electrolyte concentration on low temperature discharge characteristics of Ni MH batteries were studied.
研究了贮氢合金中稀土组成和Mo含量、化学计量比、结晶组织、电解液浓度对MH Ni电池低温放电性能的影响。
3) recrystallized microstructure
再结晶组织
1.
Prediction of recrystallized microstructure of Ti-15-3 alloy;
Ti-15-3合金再结晶组织的预测
2.
The fractal theory was applied to analyze the recrystallized microstructure of Ti-15-3 alloy after hot deformation and solution treatment.
根据分形几何学理论,分析热变形Ti-15-3合金固溶处理后的再结晶组织。
3.
Simulation of the recrystallized microstructures in hot forming process is a new re-search method.
计算机模拟金属热变形过程中再结晶组织的变化是一种新的变形组织研究方法。
5) crystallization-structure evolution
结晶组织演变
1.
The recrystallization kinetics model and the deformation-induced precipitation model of Nb microalloyed steel to describe the softening behavior are developed and used for simulation of austenite recrystallization and crystallization-structure evolution.
开发描述含铌微合金钢软化行为的再结晶及形变诱导析出模型,并对奥氏体再结晶动力学和结晶组织演变进行了模拟计算。
6) first crystal structure
一次结晶组织
1.
36%;the first crystal structure become coarse.
36%之间变化;一次结晶组织晶粒变得粗大。
补充资料：高纯铝(LO_(3))冷变形和再结晶过程显微组织
高纯铝(LO_(3))冷变形和再结晶过程显微组织
历史·金属材料高纯铝(L【】。)冷变形卸再结晶过程显缴细甥玲 轧制 样黑 明放大倍数260。c保温30分钟后组织280。c保温30分钟后组织3sO。c保温30分钟后组妇480。c保温30分钟后组织5s0。c保温30分钟后组蛔再结晶刚开始再结晶晶粒增多再碧晶基本完威晶粒开始长走晶粒急刷长大 # 凄 b 极‘阴两牝量拙光形解振∞变电煸×
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