世代数的英文

• generation number

• "世代"英文翻译    for generations; from genera ...
• "数"英文翻译    frequently; repeatedly
• "近世代数" 英文翻译 :    abstract algebra; modern algebra
• "世代数据集" 英文翻译 :    generation data set
• "世代数据组" 英文翻译 :    generating data group; generation data group
• "世代数据集组" 英文翻译 :    generation data group; generationdatagroup
• "压缩世代数量" 英文翻译 :    reducing numbers of progeny
• "世代数据组, 相继数据组" 英文翻译 :    generation data group
• "世代" 英文翻译 :    1.(好几辈子) for generations; from generation to generation; generation after generation2.(年代) an epoch or era3.[生物学] generation◇世代间隔 generation interval; 世代交替 [生物学] alternation of generations; degenesis; metagenesis
• "代数" 英文翻译 :    [数学] algebra◇代数闭域 algebraic closed field; 代数编码 algebraic coding; 代数变换 algebraic transformation; 代数表达式 algebraic expression; 代数簇 algebraic variety; 代数等价 algebraic equivalence; 代数对数 algebraic logarithm; 代数对应 algebraic correspondence; 代数方法 algebraic method; 代数方程(式) algebraic equation; 代数分析 algebraic analysis; 代数符号 algebraic sign; algebraic symbol; algebraic digit; 代数根 algebraic root; 代数函数 algebraic function; 代数函数域 algebraic function field; 代数和 algebraic sum; algebraic addition; 代数恒等式 algebraic identity; 代数化 algebraization; 代数基本定理 fundamental theorem of algebra; 代数积 algebraic product; 代数积分 algebraic integral; 代数集合 algebraic set; 代数几何(学) algebraic geometry; 代数解 algebraic solution; 代数解法 algebraic method; 代数解析 algebraic analysis; 代数空间 algebraic space; 代数扩张 algebraic extension; 代数 k理论 algebraic k-theory; 代数逻辑 algebraic logic; 代数平均法 method of algebraic; 代数平均误差 algebraic average error; 代数曲线 algebraic curve; 代数群 algebraic group; 代数式 algebraic expression; 代数数 algebraic number; 代数数论 algebraic number theory; theory of algebraic numbers; 代数数域 algebraic numbers field; 代数同构 isomorphism of algebra; 代数同伦 algebraic homotopy; 代数同态 algebra homomorphism; 代数拓扑(学) algebraic topology; 代数微分方程 algebraic differential equation; 代数无关 algebraic independence; 代数项 algebraic term; 代数学 algebra; 代数循环 algebraic cycle; 代数语言 algebraic language; 代数语言学 algebraic linguistics; 代数语义学 algebraic semantics; 代数学家 algebraist; 代数运算 algebraic operation; 代数整数 algebraic integer; 代数值 algebraic value
• "10世代" 英文翻译 :    adult
• "g世代" 英文翻译 :    sd gundam g generation
• "x世代" 英文翻译 :    generation x
• "y世代" 英文翻译 :    generation y
• "次世代" 英文翻译 :    dlg; sonic the hedgehog; special
• "核世代" 英文翻译 :    generations of nuclei
• "李世代" 英文翻译 :    shyh-dye lee
• "世代报" 英文翻译 :    hador
• "世代的" 英文翻译 :    generational
• "世代号" 英文翻译 :    generation number
• "新世代" 英文翻译 :    new age; new contemporaries; new generation
• "中世代" 英文翻译 :    mesozoic
• "代数的代数" 英文翻译 :    algebraic algebra
• "代数李代数" 英文翻译 :    algebraic lie algebra
• "代数学,代数" 英文翻译 :    algebra

• Computational results reveal that the hybrid genetic algorithm can efficiently solve the considered problem and the reduction of makespan is related to the mutation rates and the number of generations
  结果显示，混合式基因演算法可有效的求解测试问题，最大完工时间的降低和突变机率与世代数相关。
• The result showed that the factors of different germination levels and generation times did not affect the genetic integrity during the regeneration in the case of often cross - pollinated crops like cotton
  本试验表明不同更新发芽率水平和繁殖世代数差异没有对棉花这种常异花授粉作物种质遗传完整性变化产生影响。
• The performance of the proposed hybrid genetic algorithm is evaluated by two real - world problems and the solution quality of the proposed approach is analyzed under five levels of mutation rates and four levels of number of generations
  此混合式基因演算法的绩效将透过两个实务的问题的求解加以测试，并且根据五种突变机率与四种世代数进行分析。
• It showed that the differences of allele frequency among the populations regenerated from the accession samples with different germination level or the populations obtained from the accession samples with different generations were not significant , and there was no absence of rare alleles observed
  结果表明，无论每一份不同更新发芽率水平繁殖后代的种质之间，还是每一份不同繁殖世代数种质之间，其等位基因频率差异不显著，也没有检测到稀有等位基因缺失的情况。
• The tiller - nodes of 6 species of rhizome grass , including leymus chinensis , hemarthriajaponica , arundinella hirta , calamagrostis epigeios , c . rigidula , hordeum brevisubulatum in songnen plain , can live at best for 2 to 5 years , and do 2 to 4 propagating generations which is the same as the age class of tiller in number . the age structure of population is an increasing model which the young tiller is more than the old at quantity and biomass . during the whole growing season , the age spectrum varies for each species
  松嫩平原，羊草、牛鞭草、野古草、拂子茅、硬拂子茅和野大麦等6种根茎型禾草种群的分蘖节最多可以存活2 5个年度，可以进行营养繁殖2 4个世代，分蘖株的龄级数与分蘖节营养繁殖的世代数相同，在种群分蘖株的数量和生物量上，生长季的各个时期均以幼龄分蘖株占较大比例，呈现为明显的增长型年龄结构，各种类的年龄谱组成各异。

• 世代数とは意味generation number