基体组织的英文

• matrix structure

• "组织"英文翻译    organization; organized syst ...
• "体组织" 英文翻译 :    body tissue
• "奥氏体组织" 英文翻译 :    austenite structure
• "贝氏体组织" 英文翻译 :    bainite structure
• "多晶体组织" 英文翻译 :    polycrystalline structure
• "二倍体组织" 英文翻译 :    diploid tissue
• "共同体组织" 英文翻译 :    commonwealth organizations
• "黄体组织" 英文翻译 :    luteal tissue
• "机体组织" 英文翻译 :    tissue
• "机体组织，织物…" 英文翻译 :    tissue
• "晶体组织" 英文翻译 :    crystalline structure; texture
• "流体组织" 英文翻译 :    fluid tissue
• "马氏体组织" 英文翻译 :    martensite structure; martensitic structure; martensitic stucture
• "屈氏体组织" 英文翻译 :    troostitic structures
• "染色体组织" 英文翻译 :    chromosome organization
• "人体组织学" 英文翻译 :    human histology
• "软体组织" 英文翻译 :    soft tissue
• "身体组织的" 英文翻译 :    systemic
• "实体组织" 英文翻译 :    physical organization
• "实体组织表" 英文翻译 :    physical organization table，pot
• "讼体组织" 英文翻译 :    sorbite structure
• "体组织的" 英文翻译 :    somatic
• "铁素体组织" 英文翻译 :    ferritic structure
• "团集体组织" 英文翻译 :    fabric of aggregate
• "团聚体组织" 英文翻译 :    fabric of aggregate

• The average level of surface ' s micro - hardness enhanced 3 times in contrast of the substrate ' s
  结果表明：合金化层组织形态为细小的枝晶，明显优于基体组织；合金化层平均硬度比基材提高3倍。
• The microstructure and properties of ticp / fe in situ composites could be changed obviously by different heat treatments , however the shape , dimension and quantity of the tic reinforcement could n ' t be changed
  通过不同的热处理工艺可明显改变原位tic _ p fe复合材料的基体组织，但不改变tic增强相的形态、尺寸及数量。
• The microstructure is coarsened under the effect of strong electromagnetic field . otherwise , for smaller particles reinforced composites , the particles in the enriched zone are denser than that of bigger particles reinforced composites , with the microstructure of matrix coarsened
  对于小尺寸颗粒增强的金属基复合材料，颗粒富集层密集程度比大尺寸颗粒增强的金属复合材料的富集层密集程度大，基体组织也比后者粗大。
• A sicp reinforced al - cu alloy and al matrix composites are fabricated by a new method - electromagnetic centrifugal casting , the effects of rotational rate for centrifugation , magnetic density , particle size and matrix on the distribution of particles and microstructure of matrix are studied
  首次利用电磁离心凝固方法制备sic _ p al基和sic _ p al - cu基复合材料，研究了离心转速、颗粒尺寸、磁场和基体对颗粒分布以及对复合材料基体组织的影响。
• The particle - enriched zone moves outwards as the rotational rate increases . by employing steady dc magnetic field to the conventional centrifugal casting method , the distribution of particles is changed . the most uniform distribution is obtained when the magnetic density is 0 . 15t
  通过向常规的离心铸造中引入稳恒直流电磁场，基体中的颗粒分布得到改善，磁感应强度为0 . 15t时，颗粒的分布最为均匀，磁感应强度过大时，磁场将会引起基体组织粗化。
• In cuo + sio2 + tio2 / al reaction system , the element ti which is replaced in the reaction makes the microstructure of composite thin and the matrix strong . the mechanical properties of the composites fabricated by this reaction system are much finer than the ones fabricated by cuo + sio2 / al and cuo + tio2 / al reaction system . in cuo + tio2 / al reaction system , the wild phase al3ti is very large and it is disadvantageous to the improvement of composites " properties
  在四种原位反应体系中， cuo + sio _ 2 + tio _ 2 al原位反应过程中被置换出来的金属元素ti细化了基体组织，并起到了固溶强化的作用，所制备的复合材料的微观组织与机械性能明显优于cuo + sio _ 2 al与cuo + tio _ 2 al原位反应体系所制备的复合材料。
• Microstructure of the composite layer was analyzed with help of optical microscope , scanning electronic microscope ( sem ) , electronic probe microanalysis ( epma ) and x - ray diffraction ( xrd ) . the compacting of the billet and the forming mechanism of the carbide reinforcement were studied based on thermodynamics and kinetics of reaction , sintering theory and the result of dta . at the same time , the wear - resistance of the composite layer was studied under condition of dry sliding friction
  利用光学显微镜、扫描电子显微镜、电子探针以及x -射线衍射仪，分析了表面复合层的基体组织结构；运用反应热力学、动力学、粉末烧结理论和燃烧合成理论，结合差热分析结果，探讨了表面复合层压坯的烧结致密化原理和碳化物增强相的形成机理；利用坯块在真空烧结炉不同温度下的烧结出来的显微组织分析，模拟出坯块的烧结过程中的化学反应过程。
• Abstract : by utlizing abundant local resource of ytirium and combining the characteristics of magnesium , barium , calcium and silicon , a sort of composite nodulizer - ytirium - based heavy rare earth nodulizer was developed which is characterized by its good desulphurizing and deoxidizing rate effect , excellent effect to neutralize anti - nodulizing effect of trace elements , strong nodulizng effect and degeneration - resistance , good effect to fine matrix structure , decreased chilling tendency and wide scope of applicatiom using this nodulizer to produce some important castings such as water - cooled wall of blast furnace and roller could increase mechanical properties of central area and casting yield
  文摘:利用江西省丰富的钇基重稀土，结合镁、钡、硅、钙等元素的特性开发了钇基重稀土复合球化剂，该球化剂具有脱硫、脱氧、抗干扰元素、球化和抗球化衰退能力强，细化基体组织，白口倾向小，适用范围宽等特点，应用于高炉冷却壁，轧辊等关键铸件上可提高心部力学性能和工艺出品率。
• The particles distributed hi the matrix of grey cast iron , but some contact each other . the composite layer extend gradually into the substrate . when volume fraction of wc is 36 wt % and 27 wt % , the matrix of the composite is high chromium cast iron , consist of white carbide bars and the austenite . wc particles distributed uniformly , retaining approximately quondam granular form in the composite layer which has an evident interface area with the substrate , with good bonding strength
  对不同碳化钨体积分数的灰铁和低铬铸铁基复合材料的微观组织结构分析表明：碳化钨体积分数为52时，复合层内基体为灰口铸铁组织，颗粒直接分布在灰铁基体上，部分碳化钨颗粒有相互接触的现象，基材与复合层之间没有明显的过渡；碳化钨体积分数为36 、 27时，复合层内基体为高铬铸铁，由面块状的奥氏体和白条状碳化物组成，碳化钨颗粒表面固溶于基体组织中，粒形基本保持完整，分布均匀，与基体构成冶金结合，基材与复合层之间存在一个明显的平缓过渡区。
• The preparation process and its parameters of composites were tested systemically . the forming mechanism of tic particles in fe - ti - c melt was discussed preliminarily on the condition of optimized technology . the mechanical properties of ticp / fe composites with different microstructure were analyzed
  对复合材料的制备工艺及工艺参数进行了系统的试验；在优化工艺的基础上，初步探讨了tic颗粒在fe - ti - c熔体中的形成机制；对tic _ p fe复合材料在不同热处理工艺下的基体组织与性能进行了比较分析；对复合材料的机加性能和可焊性进行了试验研究。