幂指数的英文

• power exponent; exponent sign

• "幂"英文翻译    cloth cover power
• "指数"英文翻译    index number; index
• "幂指数符号" 英文翻译 :    exponent sign
• "风廓线幂指数率" 英文翻译 :    wind speed power law
• "指数" 英文翻译 :    1.[经] (比数) index number; index 生活费指数 cost of living index; 物价指数 price index; 综合指数 composite index2.[数学] exponent 负指数 negative exponent; 正指数 positive exponent
• "ci指数" 英文翻译 :    ci index
• "c指数" 英文翻译 :    c index
• "dax指数" 英文翻译 :    dax
• "dst指数" 英文翻译 :    dst index
• "d指数" 英文翻译 :    d exponent
• "h指数" 英文翻译 :    h-index
• "k 指数" 英文翻译 :    k-index
• "k指数" 英文翻译 :    k index
• "sisi指数" 英文翻译 :    sisi index
• "γ指数" 英文翻译 :    gamma exponent
• "臂指数" 英文翻译 :    brachial index
• "场指数" 英文翻译 :    field index
• "磁指数" 英文翻译 :    magnetic indices
• "灯指数" 英文翻译 :    modulation index
• "电指数" 英文翻译 :    electrical index
• "分指数" 英文翻译 :    subindex
• "复指数" 英文翻译 :    complex exponential(s)
• "负指数" 英文翻译 :    negative exponent; negative index
• "高指数" 英文翻译 :    high index
• "根指数" 英文翻译 :    [数学] radical exponent; index of the root; index of a radical

• When one of the six parameters is not equal to zero , the wavelet are nonseparable
  当尺度函数的符号中含有因子（方程式略）的幂指数越高时，尺度函数越光滑。
• The realionships between the subgroups of a finite group g and the group g itself have been extensively studied in the literature
  西洛群的正规化子有素数幂指数的有限群的幂零长度的界有限群g的子群和群g本身的关系已经被广泛的研究。
• Under both stress conditions , stress induced leakage current follows a power law against stress time with different power factors . for hh silc , the exponential factor significantly deviates from - 1
  在这两种应力条件下，应力导致的漏电流( silc )与时间的关系均服从幂函数关系，但是二者的幂指数不同。
• The sensitivity indices at different growth stages of the two models differ significantly , which indicates that the time of occurrence of water deficit has a great influence on the reduction of the yield of spring wheat an maize
  这一结果可能是由于minhas模型的自变量采用b _ 0和_ i双重幂指数的数学结构，而能够较好反映干旱区作物对水分敏感的特性。
• If this paper also studies the band percolation of the models of the triangle lattice and the hexagonal lattice when p = pc and p > pc . such as the estimation of power of , x and xf and their upper and lower bound
  本文还研究了正三角形和正六边形渗流在临界点处（ p pc ）和上临界状态（尸尸的渗流。特别考虑关于0 ， x和幂指数的估计，并且给出了估计的上下界。
• Fitting results of three non darcy seepage models including three - parameter model , power exponent model and two - section model were pretty good , and broken line model could be simplified to the forms of linear permeability model and darcy model
  试验与分析结果表明，三参数模型、幂指数模型和非线性分段模型这3种非达西渗流模型的拟合效果较好；折线渗流模型简单实用，在特殊情况下可以简化为线性渗流模型或达西定律。
• The abundance of flowering plants and ferns is increased exponentially along it , and that of conifers change a little under low heat and water conditions , while the abundance of conifers increased exponentially along the axis under high heat and water conditions . dcca and cca showed the similar results as that of dca
  被子植物与蕨类植物丰富度在dca第一轴上具有一致的排序特征，即呈现对数增长模型，而裸子植物丰富度的变化随水热条件的增加而改变的很小，但到高热量、高水分条件下，丰富度迅速的增加，呈幂指数增长趋势。
• In this aspect , kondrat ' ev [ ll ] has shown that a group g is 2 - nilpotent if the normalizer of each sylow subgroup of g is of odd index in g . in 1995 , zhang [ 13jhas proved that a group g is soluble if the index of the normalizer of every sylow subgroup in g is a prime power
  1988年， kondrat ’ ev卜11证明了:如果群g的任意西洛子群的正规化子在g中的指数为奇数，则g是2一幂零的。 1995年， zhang卜习证明了如果群g的任意西洛子群的正规化子有素数幂指数，则g是可解的。
• The difference from the traditional optimization method of fgms is that this paper abandons the hypothesis of componential distribution on the basis of power exponent and directly considers the componential ratio and the thickness of each interlayer as design variable of optimization . the method can seek the optimum solution in more capacious space
  与传统的梯度材料优化设计方法不同，本文摒弃了梯度组成按照幂指数分布规律变化的传统假设，在优化过程中直接采用梯度涂层各中间梯度层的组分比和厚度作为优化设计变量，可以在更广泛的设计空间内寻求最优解。
• Analyzed result on observed data shows that runoff erosivity and sediment transport modulus have a good power function ( y = mxn ) relationship . all the correlation coefficients of regression equation are bigger than 0 . 9 in different watershed and power exponent b is 0 . 4 - 0 . 65 , which average is 0 . 52 . and n is bigger as harness degree high
  实际流域的观测资料分析结果表明：径流侵蚀力与输沙模数之间有很好的幂函数( y = mx ~ n )关系，回归方程相关系数均在0 . 9以上，关系式中幂指数n在0 . 4 - 0 . 65之间，平均为0 . 52 ，治理度越高， n值越大，而参数m与流域面积和治理度有关， m值随着流域面积的增大和治理度的提高而减小。