核生长的英文

• nucleus growth

• "生长"英文翻译    grow; grow up; ascent; meris ...
• "单核生长期" 英文翻译 :    monokaryon
• "成核生长相变" 英文翻译 :    nucleationgrowth transition
• "菌丝体单核生长期" 英文翻译 :    monokaryon
• "雄原核生长因子" 英文翻译 :    male pronucleus growth factor
• "核生成" 英文翻译 :    karyogenesis; karyogonad; karyogram; nucleus formation
• "核生化" 英文翻译 :    weapon of mass destruction
• "核生殖" 英文翻译 :    caryallagic reproduction
• "生长" 英文翻译 :    grow; grow up; ascent; merisis; build-up; auxesis; increment; overgrowth; gain; burgeon; bourgeon; accretion; upspring; growth 生长茂盛 run riot [wild]; 茁状生长的植物 plants growing vigorously; 他生长在沈阳。 he was born and brought up in shenyang.; 生长激素 growth hormone (gh); [生物化学] somatotropin; 生长季节 season of growth; 生长率 growth rate; increment percent; 生长期 growth period; 生长曲线 growth curve; 生长素 auxin; growth hormone; 生长速度 speed of growth; 生长速率 growth rate; 生长特性 growth characteristic; 生长因子 growth factor; 生长障碍 growth disorder; 生长中心 organic centre; 生长锥 cone of growth; vegetative cone
• "（晶）核生成（作用）" 英文翻译 :    nucleus formation
• "雌核生殖" 英文翻译 :    gynogenesis
• "复核生成" 英文翻译 :    compound nuclear formation
• "核生成的" 英文翻译 :    karyogenic
• "核生存能力" 英文翻译 :    nuclear survivability
• "核生化三防" 英文翻译 :    chemical defence
• "核生化武器" 英文翻译 :    nuclear chemical or biological weapons
• "核生化作战" 英文翻译 :    nbc
• "核生态学" 英文翻译 :    nuclear ecology
• "晶核生成" 英文翻译 :    nucleation
• "无核生物" 英文翻译 :    anucleate
• "无核生殖的" 英文翻译 :    acaryallagic
• "细胞核生成" 英文翻译 :    karyogenesis
• "雄核生殖" 英文翻译 :    androgenesis
• "雄核生殖体" 英文翻译 :    arrhenokaryon
• "原核生物" 英文翻译 :    procaryote; prokaryote; prokaryotic organism; protokaryotic

• In addition , the growth mechanism of c - axis was screw dislocation growth or rough interface growth , but that of a , b - axis was two - dimension nucleation growth . because in low supersaturation , the speed of helix dislocation growth and rough interface growth was higher than that of two - dimension nucleation growth
  另外，由于羟基磷灰石晶体结构的特点， c面主要以螺旋位错生长和粗糙面生长两种机制为主，而a 、 b面则主要以光滑面的二维成核生长为主。
• In this paper , concentrated sulfuric acid and titanium dioxide are used to prepare the tios04 solution that test later required under long time heat . the influences of reaction time and reaction temperature to yield of tioso4 are discussed . in the experiment of preparing tio2 powder , reaction temperature , ph values , material ratio , operation way , velocity of feed , calcining heat and time are researched by the principle of nucleation and growth in thermodynamics and kinetics
  在制备tio _ 2粉体实验中，根据成核生长的热力学和动力学原理，深入分析了沉淀反应时环境的温度、 ph值、反应物配比、操作方式、加料速度等因素对ti ( oh ) _ 4粒度的影响，以及焙烧温度和保温时间等因素对制得的纳米tio _ 2粉体性能的影响，得出了制备锐钛型纳米tio _ 2粉体的优化工艺条件。
• The novel method of liquid phase epitaxial growth process of p - sic from p - sic film on si substrate in c - saturated si solvent is further investigated . some processes of acquiring the fundamental technical parameters and some solution to some critical technical problems are introduced . especially , the optimized technical schemes of effectively restraining such a - sic polytypes as gh - sic coring and growing in p - sic epitaxial growth process is presented
  对利用硅衬底上的- sic薄膜从碳饱和硅熔体中外延生长- sic晶体的创新方法进行了工艺探索，介绍了基本工艺参数的获取过程和几个关键工艺问题的解决方法，特别是提出了通过工艺条件的调控来有效抑制6h - sic等型同质异构体在- sic生长过程中成核生长的工艺方案。
• The chemical composition , micro - structure and optical properties and its application of tio2 thin films deposited on k9 glass by using reactive electron - beam evaporation ( reb ) are studied through sem , tem , xps , xrd , spectroscopic ellipsometry ( se ) and uv - vis spectrophotometer in the dissertation , and the progresses of nucleation and growth of thin film are discussed from the point of view of dynamics and thermodynamics so that a structure model of tio _ ( 2 ) thin film is brought forward
  本文采用sem 、 tem 、 xps 、 xrd 、椭圆偏振仪( se ) 、 uv - vis分光光度计等分析手段系统地研究了电子束反应蒸发方法在k9玻璃上制备tio _ 2薄膜的成分、结构和光学性能以及tio _ 2薄膜在光学多层膜中应用，并开发了膜系设计软件。文中还从动力学和热力学角度分析了tio _ 2超薄膜的形核生长过程，得出了tio _ 2薄膜的组织结构模型。
• On the basis of optoelectronic dynamics and nucleation and growth model , we simulated photosensitive process by the following steps : the creation of optoelectrons , carriers " transmission and decay , until the formation of latent image . in our simulation code , monte carlo method was adopted in order to simplify the algorithm
  本工作以光电子动力学理论为依据，利用成核生长( nucleation & growth )理论模型，并在此基础上采用montecarlo方法，模拟了光电子的产生、迁移、衰减、直到形成潜影中心为止的感光过程。
• And then , under different probabilities of growth and neighbor conditions , the modified model of random successive nucleation growth ( rsng ) is adopted to simulate the one - dimensional growth of fractal aggregation , the aggregation generation by generation ( agg ) model is used for two - dimensional growth , and the property of the critical percolation is studied emphatically . main conclusions are summarized as follow
  然后，在不同的生长概率和不同的近邻条件下，采用改进的随机逐次成核生长( rsng ? randomsuccessivenucleationgrowth )模型，模拟一维分形凝聚生长；采用代代凝聚( agg ? aggregationgenerationbygeneration )模型，模拟二维分形凝聚生长；重点研究了分形凝聚的临界逾渗性质，得到了下列主要结论。