laves

英 [leɪvz]

美 [leɪvz]

v.  洗涤；沐浴；冲刷（缓慢）流过（经）
lave的第三人称单数

双语例句

• Electronic Structure and Mechanical Properties of Mg-Al-Ca Laves Phase and Mg-Al-Sb Alloys
  Mg-Al-CaLaves相和Mg-Al-Sb合金的电子结构和力学性能
• The results show that a lot of intermetallic compounds(μ phase and Laves phase) and carbides ( MC, M 23 C 6 and M 6C) precipitated at same time from the alloy after solution treating and aging.
  结果表明，经过固溶和时效处理后合金中同时析出大量金属间化合物和碳化物。金属间化合物主要为μ相和Laves相，碳化物主要为MC、M23C6和M6C。
• Development Research of AB_2-Type Laves Phase Hydrogen Storage Alloy
  AB2型Laves相贮氢合金的研究进展
• The results show that anti-site defects exist in the ZrCr_2 Laves phase.
  结果表明：当ZrCr2Laves相成分偏离化学计量比时，ZrCr2中存在着反位置（组分）缺陷。
• The effect of increasing W content on the precipitation behaviour is revealed not only to promote formation of Laves phase Fe_2 W and increase of total amount of precipitates, but also to accelerated the coarsening of precipitate after annealed on high temperature reheating.
  钨量的增加对析出行为有两方面的作用：促进Fe2W型Laves相的形成并增加析出相总量；加速了回火后在高温加热过程中析出相的粗化。
• HREM observation on long-period stacking structure of zr ( cr, v)_2 Laves phase
  Zr（Cr，V）2Laves相长周期堆垛结构的高分辨电子显微术观察
• The optimized low temperature annealing time for Laves phase Cr_2Nb synthesized by thermal solid phase reaction provide possibility for preparing both high strength and toughness Cr_2Nb alloy or Cr_2Nb-based composite with micro-/ nano-grains by a process of mechanical alloying followed by a hot pressing or sintering.
  优化出的Cr2Nb固相热反应合成低温退火时间，为通过MA+热压（或烧结）工艺路线制备出具有微/纳米晶结构的高强高韧Cr2Nb合金或Cr2Nb基复合材料提供了可能性。
• Analysis of Micro Melting Model and Melting of MgCu_2 Type Laves Phase
  MgCu2型laves相的微观熔化模型与熔化的电子理论分析
• The main reason of rapidly quenched having a different influence on the initial activation capabilities of AB_2 Laves phase electrode alloys was the quantities of the amorphous formed by rapid quenching in alloys were different.
  快淬使AB2型电极合金活化性能发生变化的根本原因是合金中形成了不同量的非晶相。
• First-principles study of elastic properties and stacking fault energies of ZrCr_2 Laves phase
  ZrCr2Laves相弹性性质和堆垛层错能的第一性原理计算