parameter method meaning in English
参数法
Examples
- On the basis of reviewing the productivity research , this paper introduces the interrelated theory of productivity , including the definition of productivity , the parameter and non - parameter methods of measuring it , emphasizing on the stochastic frontier production function , and decomposing productivity to technical progress ( tp ) and technical efficiency ( te )
本文在回顾国内外生产率研究的现状的基础上，首先介绍了生产率的相关理论，包括生产率概念的发展，生产率度量的参数法和非参数法，着重介绍了随机前沿生产函数法，以及将生产率分解为技术进步和技术效率。 - Based on the reynolds " lubrication approximation , and utilizing the small parameter method , the velocity and the pressure equations for two spheres translating normally and tangentially with an interstitial second - order fluid are derived for modeling wet granular assembles using the discrete element method . as a result , analytical solution for the tangential force and the torque were obtained
采用reynolds润滑理论和小参数法等研究了存在填隙二阶流体时两球法向及切向运动时的运动，位移及压力分布规律，从而求出挤压力或切向阻力、阻力矩的解析解。 - The subject inducts digital time division technology ( pwm ) , which is more advantageous at the accuracy and the predigest of hardware than simulant multiplication . what they call measuring power energy reasonably is that measuting except harmonics power energy fed back power . yet it realizes reasonable measurement of power energy which measures by base wave ac parameters method base on digital time division
本课题引入了数字时分割( pwm )脉宽调制技术，在测量的准确性、硬件电路的简化等方面都比模拟乘法器具有较高的优越性。所谓合理的计量电能，就是不计非线性负载回馈给电网的负的谐波电能，而采用基于数字时分割的基波交流参数测量的方法，真正实现了电能的合理计量。 - Various distribution models of the coefficient of subgrade reaction can be considered after the two - parameter method is employed . the commonly used " k " method , " m " method , and " c " method can easily be obtained from it . thus , the solutions of the internal force along the studied stabilizing piles have more ordinary representation by the two - parameter method
2 、引入双参数法后，能够考虑土抗力的多种分布模式，常用的m法、 k法、 c法均被涵盖在其中，从而在计算桩的嵌固段内力分布时得到的计算表达式更具有代表性。 - In the traditional reliability model , the probability density function of random variable is important . so , in chapter 2 , the methods to get probability density function of engineering random variable are discussed . three methods , which include approximate method , monte - carlo simulation method and multiple parameter method , are compared by some examples . in chapter 3 , some non - probabilistic reliability models are discussed
在传统的概率可靠性模型中，变量的概率密度函数的确定非常重要，因此在本文第二章中，主要着力讨论工程随机变量概率密度函数的求解方法，说明原理，推导求解公式，并通过实际算例对近似解析法、 monte - carlo数字模拟法、多参数法三种方法进行对比。