形态变异的英文

• heteromorphosis
• morphologic variation
• morphological change
• morphological variation
• morphosis

• "形态"英文翻译    form; shape; pattern
• "变异"英文翻译    heteromorphosis; variation; ...
• "髓体丧失染色体形态变异,两性质体" 英文翻译 :    amphiplasty
• "生态变异" 英文翻译 :    ecocline
• "生态变异群" 英文翻译 :    ecocline
• "先形态变化" 英文翻译 :    photomorphosis
• "形态变化" 英文翻译 :    change of form; conformational change; morphologic change; morphological change
• "形态变型" 英文翻译 :    morphovar
• "形态变性" 英文翻译 :    morphologic alteration
• "生态变异等级" 英文翻译 :    ecocline
• "形态变化,形态异常" 英文翻译 :    change in shape
• "生态变异；生态差型" 英文翻译 :    ecocline
• "植物变种,形态变种" 英文翻译 :    botanical variety
• "形态生理变异" 英文翻译 :    morphophysiological variation
• "形态变化和句法变化" 英文翻译 :    morphological and syntactic change
• "变异" 英文翻译 :    [生物学] (同种生物间的性状差异) heteromorphosis; variation; metamorphosis; dissociation◇变异比 variance ratio; 变异点 change point; 变异性 [生; 统] variability; deviancy
• "形态" 英文翻译 :    1.(事物的形状或表现) form; shape; pattern 社会经济形态 social-economic formation; economic formation of society; 意识形态 ideological form; 以更固定的形态 in a more permanent shape; 形态生动多样 vivid and great in style; 富士山形态优美。 mt. fuji has a graceful shape. 两只形态奇异的石狮子守卫着入口处。 the two stone lions, of grotesque shape, guard the entrance.2.[语言学] morphology
• "态变量" 英文翻译 :    state variable
• "态变数" 英文翻译 :    parameter of state; state variable
• "常态变量" 英文翻译 :    normal variable
• "动态变量" 英文翻译 :    dynamic variable
• "动态变数" 英文翻译 :    dynamical variables
• "二态变量" 英文翻译 :    binary state variable; binary variable; binary-state variable; two state variable; two-state variable
• "二状态变数" 英文翻译 :    binary variable
• "非静态变量" 英文翻译 :    nonstatic variables

• Variation anatomic forms of radial nerve : a report of 1 case
  桡神经解剖形态变异1例
• Variations of morphology are connected to gene mutation , chromosomal vary and pollination pattern
  形态变异与基因突变、传粉机制、染色体变异等因素有密切关系。
• The variations were observed as follows : plant dwarfing , leaf - shape variation , leaf - color variation , and so on
  可观测到的形态变异包括：植株矮化、叶形变化、叶色变浅、叶柄变红等类型。
• In addition , m . toringoides has complex morphological variation and a series of variants were found between malus kansuensis and mains transitoria
  该物种形态变异的类型复杂，具有一系列从陇东海棠到花叶海棠之间的变异类型。
• Meanwhile , the results show that sp - d , sp - j , sp - z and sp - c are relatively tolerant to lincomycin , but the other 6 strains of meterials are not
  7kd的一条蛋白带，而直线形藻丝体即mo则缺失此带，表明此53 7l蛋白与螺旋藻的形态变异相关。
• Considering the deterioration series of populations , deterioration degrees led to morphological variations . with the increasing of grassland deterioration , vegetative tiller length and reproductive tiller length became shorter . medium sized bunch , small sized bunch , reproductive tiller percentage , reproductive tiller number were reduced
  退化系列种群的形态变异随退化程度而异，营养枝和生殖枝长度随着退化的加重枝条长度变短，中、小株丛减少，生殖分配减少，生殖枝数量减少。
• By comparing the biological characteristics of original normal filament , linear filament and the curved filament retransited from linear filament , certain evidence of the morphologic variation regulated by a special transposon are detected on the level of protein and dna , which will help us to discover the mechanisms of this morphologic variation on molecular genetics level and solve the problem in production of spirulina in large scale
  在比较了正常藻丝体、变直藻丝体及回复正常螺旋形态的藻丝体一组材料生物学特性的基础上，进一步在蛋白质及dna水平上找到了转座子调控此形态变异的某些证据，为阐明螺旋藻形态变异与重建的分子遗传学机制以及解决螺旋藻大规模生产的实际问题提供理论依据。
• In terms of the ncep reanalysis data , rainfall and temperature data from sixteen stations of china and the tbb data provided by the meteorological research institute of japan , the main features and basic rules of westward extension and withdrawal processes of the northwest pacific subtropical high ( sth ) and its effect on the weather of the east china are investigated in this paper , by composite analysis , theoretical analysis and dynamical diagnosis . based on the relation between the heating and sth , the effects of the distribution of apparent heat source beside the sth on its maintenance and westward extension are also discussed , using the apparent heating to quantitative calculate the complete vorticity equation ( cve ) . major results are as follows : ( 1 ) the variation of 500hpa vorticity in the key area ( 115 - 125 e , 20 - 30 n ) is used to indicate the westward extension process of sth
  本文利用ncep再分析资料和国家气象局提供的160站降水和温度资料以及日本气象厅提供的t _ ( bb )资料，通过合成分析、理论分析、动力诊断等方法，详细分析了六月份西太平洋副热带高压的西伸过程特征，以及西太平洋副热带高压西进东退的规律及其对我国东部天气的影响，并围绕加热场与西太平洋副热带高压的相互关系这一主题，重点讨论了大气视热源分布对西太平洋副高维持与西伸的影响，并运用全型垂直涡度方程对副高形态变异的可能机理进行了研究，得到了以下主要结论： ( 1 )本文选取了关键区( 115 ? 125 e , 20 ? 30 n )内的涡度值来表示副高的西伸过程。