metalloscope

n.  金相显微镜

化学



双语例句

  1. The surface morphologies of coatings with different kinds of surfactants were observed by metalloscope.
    通过金相显微镜观测了镀液中添加不同表面活性剂后镀层的表面形貌;
  2. 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SWRH72A盘条拉拔断裂试样进行一系列检验分析。
  3. Validation of Digital Photomicrography in Nikon Metalloscope
    Nikon金相显微镜数码照相方法确认
  4. The tensile samples were analyzed by SEM, ICP-AES, and metalloscope with image analysis software.
    通过扫描电镜、电感耦合等离子发射光谱、金相显微镜和图像分析软件对拉伸试样进行了观测与分析。
  5. Based on metalloscope observation, the void damage variable and the microhardness damage variable are defined, with the relationship between these two variables established.
    通过蠕变损伤的金相微观分析,定义了空洞损伤变量和显微硬度损伤变量,给出了两种变量间的关系式。
  6. In the present paper, both the process and new grain boundary of austenite recrystallized of300M 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。
  7. CCD Application Study in Metalloscope
    CCD在金相显微镜中的应用研究
  8. By metalloscope, SEM and spectrometer, the basic technical parameters of hot dipping alumetizing were obtained.
    在对渗铝钢管进行金相、SEM和能谱分析后,确定了热浸渗铝的基本工艺参数。
  9. The dislocations was observed with ZJG& 04 large metalloscope.
    使用ZJG&04大型金相显微镜观察了该晶体的位错缺陷。
  10. The surface and cross-sectional morphology of the steel fibers manufactured by wire drawing, melting spinning, scraping and vibrating machining are observed by metalloscope.
    用金相显微镜考察了以拔丝法、熔抽法、刮削法、振动切削法所制钢纤维的表面形貌及断面几何形貌。
  11. The amount, size distribution and style of microinclusions in non-oriented silicon steel sheets with or without calcium treatment were studied by metalloscope, image analytical meter, scan electron microscope and transmission electron microscope.
    通过金相显微镜、图像分析仪、扫描电镜和透射电镜等手段,研究了未用和采用钙处理无取向硅钢片中微细夹杂物的数量、尺寸分布以及夹杂物的类型。
  12. The microstructure of Fe3Al/ 18-8 diffusion welding joint after heat treatment was analyzed by means of metalloscope, scanning electron microscope ( SEM) and X-ray diffraction ( XRD).
    采用不同的热处理工艺对Fe3Al/18-8扩散焊接头进行热处理,利用金相显微镜、扫描电镜(SEM)、X射线衍射仪(XRD)等测试手段对热处理后的组织性能进行了分析。
  13. Microstructure at different cooling rates on CCT diagram, microstructures in welded joints and impact fracture morphologies were analyzed by means of metalloscope and scanning electron microscope.
    借助金相显微镜和扫描电镜分析了CCT图中不同冷速条件下的显微组织和焊接接头的显微组织以及冲击断口形貌。
  14. To Measure the Thickness of Films in Micron with the Focal Planes of a Metalloscope
    利用金相显微镜焦平面测量微米级膜层厚度
  15. The depth of pitting occured in AISI 308 stainless steels is measured by using the modified XJ 16 metalloscope.
    利用自行改装的XJ-16型金相显微镜测量了核承压设备堆焊层AISI308不锈钢材料的蚀坑深度。
  16. When using metalloscope method to observe the dispersibility of nano/ micro-scale particles dispersed in system, it is difficult to determine the true dispersing effect in system due to the movable state of the particles.
    用金相显微镜法观察纳/微米级颗粒在分散体系中的分散性时,由于颗粒处于不断的游动状态,很难确定颗粒在分散体系中分散的真实效果。
  17. Tungsten coatings of 0.8~ 1mm thickness, uncontaining and containing 0.03~ 0.08 tantalum intermediate coatings, are successfully deposited by plasma spraying technique on carbon carbon composites. Coatings are investigated by SEM and metalloscope.
    采用等离子喷涂工艺在炭/炭复合材料表面喷涂成型了0.8~1mm厚的钨涂层和含有0.03~0.08mm钽中间涂层的钨涂层。
  18. Microstructure and carbide distribution of weld joint were observed by metalloscope and SEM. Hardness and mechanical properties were tested respectively in hardness test, tensile test and impact test experiments.
    使用金相显微镜和扫描电镜观察CLAM钢焊接接头微观组织;使用维氏硬度计、拉伸试验机和冲击试验仪对焊接接头进行硬度及力学性能测试。
  19. Solid quasi-fluid state phenomenon show itself as oscillation patterns changing with time under metalloscope.
    在金相显微镜下观察,类流态现象呈现为随时间变化的振荡花样。
  20. The melting property, microstructure and phase composition of alloys were analyzed by DTA, X-ray, metalloscope and SEM. The flowability, wettability and mechanical property were tested and analyzed.
    借助DTA、X射线衍射、金相显微镜、扫描电镜等测试手段,分析了合金的熔化特性、显微组织及合金相组成,并对钎料的流动性、润湿性及力学性能进行了测试和分析。