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

• It is found by XRD analysis that the alloy mainly consists of C14 Laves phase with hexagonal structure and V-based solid solution phase with BCC structure. The rapid solidification leads to the decrease in content of the C14 Laves phase in the alloy.
  XRD研究表明：合金主要由六方结构的C14Laves相和体心立方结构的钒基固溶体相所组成，快速凝固减少了合金中C14Laves相的含量。
• 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。
• Occurrence and Crystal Structure of Zr-Ni Phases in the Zr-Mn-V-Ni Laves Phase Hydrogen Storage Electrode Alloys
  Zr-Mn-V-Ni储氢电极合金中的Zr-Ni相形成及其晶体结构研究
• 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。
• Effect of Heat Treatment on properties of Ti-Mn based Laves Phase Hydrogen Storage Alloys
  热处理对Ti-Mn基Laves相贮氢合金性能的影响
• Besides, the effects of both valence charge and atomic radius on Laves phase structures are in opposition to each other in transition-lanthanide ( actinides) alloys.
  对过渡-镧系（锕系）元素组成的合金，B原子的价电子数对其Laves相结构影响最为明显，且价电子和原子半径对Laves相结构的影响作用互为反向。
• 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 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。
• Study on Ti/ Mn-Based Laves Phase Hydrogen Storage Alloys
  Ti/Mn基Laves相贮氢合金的研究
• The effects of the Ti/ Zr ratio and Mn/ Cr ratio on the hydrogen storage properties of Ti Mn based laves phase hydrogen storage alloys were investigated.
  研究了不同的Ti/Zr比以及Mn/Cr比对Ti-Mn基Laves相贮氢合金贮氢性能的影响；