再结晶温度的英文
recrystallization tcmperature
recrystallization temperature
例句与用法
更多例句： 上一页 - By now , the research has been mature on enhancing the recrystallization temperature and mechanics performance of molybdenum wire in order to prolong its life span and enlarge its employ boundary by doping method . some of the doped molybdenum wire has been manufactured
到目前为止，国内外对于用掺杂的方式提高钼丝再结晶温度和综合力学性能以延长其高温下的使用寿命、扩大其使用范围的研究已比较成熟，有些已投入生产。 - In this article , molybdenum wire multi - doped with la2o3 and k , al , si , molybdenum wire doped with k , al , si and molybdenum wire doped with la2o3 or y2o3 are analyzed by dsc , hot - draw , sem , optical microscope , micro - hardness , x - ray and tem . it is found that multi - doped molybdenum wire is better at elevating the recrystallization temperature and improving the micro - structure and mechanic properties after recrystallization than molybdenum wire doped with k , al , si
本文通过差热分析、热模拟、扫描电镜、金相显微镜、显微硬度、 x射线衍射和透射电镜等实验手段对复合掺杂k 、 al 、 si和稀土氧化物的钼丝、单掺杂k 、 al 、 si的钼丝以及单掺杂稀土氧化物的钼丝的再结晶温度、高温下的综合力学性能和组织形貌进行了综合对比分析。 - In order to further enhance the recrystallization temperature of molybdenum wire and improve its microstructure and properties , molybdenum wire doped with k , al , si ; molybdenum wire doped with rare earth oxide and molybdenum wire multi - doped with k , al , si and rare earth oxide are investigated . the mechanism of doped molybdenum wire is analyzed and proved
为了进一步提高钼丝的再结晶温度和优化钼丝在高温下的组织性能，本课题系统地研究了掺杂k 、 al 、 si的钼丝、掺杂稀土氧化物的钼丝以及复合掺杂k 、 al 、 si和稀土氧化物的钼丝高温下的组织和性能，并对于掺杂提高钼丝的再结晶温度和改善高温下的组织性能的机理进行了深入地分析和实验验证。 - Different element in some interface change in evidence , but different element in other interface change gradually . the interface often have some hole and a mass of one element . in w - mo fgm , because the different rime temperature , the size of mo grain differ from the size of w . in w - mo - ti fgm , mo - ti layer rich in ti , there are more polygonal a
显微组织特征研究表明， w - mo系和w - mo - ti系梯度功能材料整体致密，有的宏观层间界面明显，在界面处成分发生突变，而且还有气孔、颗粒偏聚等缺陷，有的宏观层间界面处成分变化平缓； w - mo系梯度功能材料由于w 、 mo的再结晶温度不同，梯度层颗粒粒径有显著差异； w - mo - ti系梯度功能材料中，以ti为主的mo - ti混合区，主要以多角形固溶体存在，富ti区主要以多角形相存在。
