增强相的英文

• al3ti-tib2-sic
• wild phase

• "增强"英文翻译    strengthen; enhance; boost; ...
• "相"英文翻译    looks; appearance
• "强相" 英文翻译 :    wild phase
• "更佳画质和无内存的增强相关反交错" 英文翻译 :    eddi
• "强相关" 英文翻译 :    strong correlation
• "强相容" 英文翻译 :    strongly consistent
• "勉强相处" 英文翻译 :    rub along
• "强相对极值" 英文翻译 :    strong extremum
• "强相互酌" 英文翻译 :    strong interaction
• "强相互作用" 英文翻译 :    nuclear interaction; smsi; strong interaction
• "增强" 英文翻译 :    strengthen; enhance; boost; heighten 增强斗志 raise [heighten; boost] one's morale; 增强防御力量 strengthen defence; 增强免疫力 develop immunity from disease; 增强人民体质 build up the people's health; 增强信心 heighten one's confidence; 增强产品竞争能力 make its goods more competitive; 增强玻璃 reinforcing glass; 增强农业的发展后劲 build up the capacity for sustained agricultural development; 增强企业活力 invigorate enterprises; inject greater vitality into enterprises; 增强战斗力 strengthen fighting capacity; increase combat effectiveness
• "超强相互作用" 英文翻译 :    superstrong interaction
• "传导的加强相" 英文翻译 :    enhanced phase of conduction
• "核力，强相互作用。" 英文翻译 :    nuclear forces
• "强相互作用流" 英文翻译 :    strong interaction flow
• "两强相遇，必有苦斗" 英文翻译 :    when greek meets greek, then comes the tug of war
• "两强相遇相斗激烈" 英文翻译 :    when greek meets greek then comes the tug of war
• "强相互作用动力学" 英文翻译 :    strong interaction dynamics
• "强相互作用理论" 英文翻译 :    strong-interaction theory
• "强相互作用模型" 英文翻译 :    strong interaction model
• "强相互作用效应" 英文翻译 :    strong interaction effect
• "收支勉强相抵的" 英文翻译 :    marginal
• "增强器；增强剂" 英文翻译 :    intensifier
• "金属载体强相互作用" 英文翻译 :    strong metal-support interaction
• "氧化物间强相互作用" 英文翻译 :    strong oxide-oxide interaction

• App standard specification for atactic polypropylene modified bituminous sheet materials using a combination of polyester and glass fiber reinforcements
  聚酯和玻璃纤维增强相结合的无规立构聚丙烯
• [ c ] iaa is used to measure pat ability in arabidopsis stem under the treatment of quercetin , which promotes auxin transport at the concentration of 25 u m as a result
  测量拟南芥下胚轴长度结果表明， q促进了下胚轴的延伸，这一表型与生长素极性运输增强相联系。
• 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。
• Martensite and austenitic form the matrix of the composite . ( cr , fe ) 7c3 is also a kind of reinforcement . ( 3 ) the combine of the composite layer and master - alloy is metallurgic combination and has a very high combining - intensity
  ( 2 )表面复合层内增强相tic或vc为原位生成，其颗粒细小，分布均匀，无明显梯度分布或偏聚现象。
• Composite is one kind of multiphase material which consists of the consecutive matrix a , nd the reinforcement phase . large quantity of consecutive distributing - phase is called matrix - phase and the oblique distributing - phase is called dispersed - phase
  复合材料是指有连续的基体与分散的增强材料组合的多相材料，其中呈连续分布的相称结合相，而间断分布的相称增强相。
• In this thesis , as a new method of fabrication metal composites , directed reaction of molten metal ( casting process ) makes the particles - reinforced phase , the product of chemical reaction in the metal or alloy , be distributed homogenously in the matrix
  本研究提出了一种制各al _ 2o _ 3 cu复合材料的新型方法? ?熔体直接反应法(熔铸法) ，它是通过金属液或合金液中发生化学反应生成增强相颗粒，并使之均匀分散于基体之中。
• Based on these parameters , the performs with the outer diameter 1200mm , the inner diameter 600mm and thickness 100mm were prepared . composition and microstructure homogeneity combined with fine primary silicon grain and uniform distribution of sic reinforced particles of 15 % were achieved
  并在此工艺参数下,制备出了不同硅含量的铝基复合材料环坯,其尺寸为1200 600 100mm ,沉积坯的组织均匀、初晶硅细小,增强相sic颗粒的分布均匀,体积分数约为15 % 。
• 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。
• In this paper , nanosized al2o3 ceramic particles were chose as reinforcing phase . enhanced with ultrasonic wave the particles were covered with copper using method by electroless plating , the copper - matrix composite was developed by hot - press sintering process of the composite powder . the composition , microstructure , hardness , density and dry sliding wear property of the new material have been studied
  研究路线为：选用纳米级al _ 2o _ 3陶瓷颗粒作为增强相，在超声波的环境中用化学镀的方法完成对纳米al _ 2o _ 3陶瓷颗粒表面的金属铜包覆，采用热压烧结成型技术以复合粉末为原料制备成纳米al _ 2o _ 3陶瓷颗粒增强铜基复合材料，研究分析复合材料的成分、组织结构、硬度以及致密度，对试样进行了干滑动摩擦磨损实验。
• During the producing tic / al matrix composite by in situ compounding + casting technique , this article added mg and rare earth as additive . article researched the effect of additive on the pattern and volume fraction of reinforced phase tic particles , and the microstructure and mechanic property of composite
  本文采用在原位复合+铸造法制备tic al基复合材料时以mg和稀土氧化物ceo _ 2作为添加剂，研究稀土和镁对增强相tic颗粒的形貌，生成量、复合材料的微观结构、机械性能的影响。