铸态组织的英文

• as cast structure
• cast microstructure
• casting-state structure

• "铸"英文翻译    cast; coin; make
• "态"英文翻译    form; condition; appearance
• "组织"英文翻译    organization; organized syst ...
• "铸态组织 铸造结构 铸造组织" 英文翻译 :    caststructure
• "动态组织" 英文翻译 :    dynamic organization
• "生态组织" 英文翻译 :    ecological organisation; ecological organization
• "铸态" 英文翻译 :    as cast condition; as-cast
• "活地球生态组织" 英文翻译 :    terre vivante - living earth
• "铸态的" 英文翻译 :    ascast
• "动态组" 英文翻译 :    dynamic set
• "模态组" 英文翻译 :    modal class
• "铸态结构" 英文翻译 :    as-cast structure
• "铸态金属" 英文翻译 :    as cast metal; as-cast metal; ass cast metal
• "铸态晶粒" 英文翻译 :    as-cast grain
• "铸态试样" 英文翻译 :    arbitration bar
• "铸态硬度" 英文翻译 :    as-cast hardness; casting hardness
• "铸态铸件" 英文翻译 :    green casting
• "波痕形态组" 英文翻译 :    ripple form-set; ripple-form set
• "动态组合块" 英文翻译 :    dynamic pool block
• "动态组件" 英文翻译 :    dynamic assembly
• "动态组组号" 英文翻译 :    dynamic grounumber
• "固态组件" 英文翻译 :    solid-state module
• "固态组体" 英文翻译 :    solid-state component
• "基本模态组" 英文翻译 :    fundamental mode group
• "生态组合" 英文翻译 :    ecologic assemblage; environmental association

• Effect of co on as - cast microstructure of al - 5 fe alloy
  合金铸态组织的影响
• Primary analyses of cast microstructure design of high chrome white cast iron grinding ball
  浅析高铬白口铸铁磨球的铸态组织设计
• Casting - state structure
  铸态组织
• Production and control of internal stress in grinding balls of high chromium white cast iron
  浅析低铬白口铸铁磨球的铸态组织设计
• Pure rare earth elements , lanthanum and cerium , are added to pure copper , then the inner mechanism and influence of rare earth addition on its absorptivity in copper casting microstructure specific resistance and mechanical properties are studied in this paper
  在纯铜中加入纯稀土元素la 、 ce ，研究稀土元素在纯铜中的作用机理、吸收率的影响因素以及稀土元素对铸态组织、导电性、力学性能的影响。
• Through analyzing the phase composition and microstructure of sm2fe17 - xnbx alloys ( x = 0 . 5 , 1 , 2 , 3 ) , we study the influence of the addition of element nb on the microstructure of sm2fe17 alloys . the results show that the as - cast structure of sm2fe17 - xnbx alloys can be improved effectively
  本文重点研究了添加过渡族nb元素对sm - fe合金相组成和微结构的影响，实验研究发现：添加微量的nb元素可以有效的改善sm - fe合金铸态组织的显微结构。
• When the atomic ratio of nb is one , the structure is homogeneous and almost composed of the single sm2fe17 phase . it ' s nearly the same structure as that after annealing . so it can reduce the production cost and increase the stability of magnetic properties
  当nb的原子比为1时的铸态组织基本为均匀的接近单相的sm _ 2fe _ ( 17 )组织，已接近于退火后的组织，从而可以避免冗长的均匀化退火化过程而直接用于制造永磁体，极大的降低了生产成本，并能有效的提高磁性能的稳定性。
• The amount of nb3si / nb5si3 increases , their morphology tends to be more regular , their distribution becomes more homogeneously with the increasing of withdrawing rate . the microstructure is better oriented along the longitudinal axis of the samples when the withdrawing rate is between 0 . 6 and 6 . 0mm / min . at the same withdrawing rate , the microstructure changes from the beginning part to the ending part of the samples
  铌?硅基rmics材料原始铸态组织由初生nb基固溶体和在其间分布的nb基固溶体+硅化铌共晶团组成；随着抽拉速率的增大，定向凝固共晶组织中硅化铌强化相细化、数量增多、分布趋于规则和均匀，定向效果显著；在相同抽拉速率条件下，区熔试样的组织从起始段到终止段发生了改变。
• By analyzing the microstructure of as - cast alloys with different surplus of samarium added , the optimum surplus of samarium is decided . by comparing the microstructure of the alloys annealed for different time , the ideal and economical annealing time is confirmed . the microstructure and phase composition of alloys during the whole preparation of sm2fe17nx are analyzed using the scanning electron micrograph with energy - dispersive x - ray analysis and x - ray diffraction patterns
  本论文首先就熔炼工艺参数对铸态组织微结构的影响进行了探讨，并制定出一套较为合适的熔炼工艺；通过对不同钐加入量的铸态组织微观结构的观察分析，确定了原料配置过程中钐的最佳补偿量；通过对采用不同退火时间的合金组织进行比较，确定了理想、经济的退火时间；同时还利用扫描电子显微图像和x射线衍射图谱，比较了整个制备过程中，试样微结构和相组成的变化情况。
• The phase composition and microstructure of sm - fe - zr alloy with different amount of zr are analyzed and the effect of zr content on the microstructure of as - cast sm - fe - zr alloy is studied . the results indicate that microstructure of as - cast sm - fe - zr alloy is improved obviously with 1 . 0at % zr added , and that the long - time high temperature homogenization is unnecessary for the alloys with this microstructure . by this way , the purpose of the research to decrease the cost of preparation and optimize process is achieved
  分析了不同zr含量的sm - fe - zr合金的相组成和微结构，研究了zr含量对铸态组织的影响，结果表明，添加1 . 0at的zr可以明显改善合金的铸态组织，从而可以避免昂长的高温均匀化退火过程，取得了降低制造成本和优化工艺的效果。

• 铸态组织的法语：structure en état brut de coulée
• 铸态组织的日语：ちゅうぞうそしき