1·The shape, distribution and density of etch pits on the (101) face was observed by metalloscope after chemical etching.
单晶，通过化学腐蚀和金相显微镜研究了（101）晶面蚀坑的形貌、分布特征及其密度的大小。
2·The hardening layer was analyzed by metalloscope, microhardness, electronic probe and transmission electron microscopy.
用金相显微镜、显微硬度计、电子探针和透射电镜对硬化层进行分析。
3·The change of martensite content of AISI304 stainless steels in corrosion solution was also studied by means of immersion test and metalloscope.
通过浸泡试验和金相显微镜研究了30 4不锈钢在腐蚀过程中马氏体含量的变化。
4·A series of examinations and analysis have been made on the ruptured samples of the SWRH72A wire rod by way of optical metalloscope and scanning electron microscope (SEM).
用光学金相显微镜和扫描电子显微镜对SWRH72 A盘条拉拔断裂试样进行一系列检验分析。
5·Introduced the working principle of computer-metalloscope, compares it with conventional metallographic examination, and discuss the application of computer in metallographic examination.
介绍了计算机—金相显微镜系统的工作原理，同传统金相检测进行对比，论述了计算机在金相技术中的应用。
6·In the present paper, both the process and new grain boundary of austenite recrystallized of 300m ultra high strength steel have been Oserved in-situ by means of high-temperature metalloscope and tem.
运用高温金相和TEM方法，对超高强度钢300m的奥氏体相变再结晶过程和新晶界进行了定位观察。
1·A series of examinations and analysis have been made on the ruptured samples of the SWRH72A wire rod by way of optical metalloscope and scanning electron microscope (SEM).
用光学金相显微镜和扫描电子显微镜对SWRH72 A盘条拉拔断裂试样进行一系列检验分析。
2·The hardening layer was analyzed by metalloscope, microhardness, electronic probe and transmission electron microscopy.
用金相显微镜、显微硬度计、电子探针和透射电镜对硬化层进行分析。