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

• 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。
• AB_2 Type Zr-Based Laves Phase Alloys and Hydrogen Absorbing Electrodes
  AB2型锆基Laves相合金及贮氢电极
• 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。
• Structure and electrochemical properties of Ti-based Laves phase hydrogen storage alloy
  Ti基AB2Laves相合金的结构与电化学性能
• Study on Ti/ Mn-Based Laves Phase Hydrogen Storage Alloys
  Ti/Mn基Laves相贮氢合金的研究
• The hardness and brittleness of ZrCr_2 Laves phase decrease, the fracture toughness is enhanced with the addition of alloying elements V, Nb and Mo, which implies that alloying has a softening effect on the mechanical properties of the ZrCr_2 Laves phase.
  添加合金元素V、Nb和Mo使ZrCr2Laves相化合物硬度及脆性度降低，断裂韧度显著提高，即合金化对ZrCr2Laves相起软化作用。
• Effect of hot pressing parameters on microstructure and high temperature oxidation behavior of Laves phase NbCr_2 alloys
  热压烧结对Laves相NbCr2合金组织及高温氧化行为的影响
• 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；
• The results show that the alloys is composed of BCC phase and C14 Laves phase.
  研究表明：合金由C14Laves相和BCC相构成；
• 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。