分离变量,separation of variables
1)separation of variables分离变量
1.Accurate solution of temperature function could be obtained through the methods such asseparation of variables,Fourier series,Fourier transform and linear sup.研究表明:可用非稳态导热数学模型表述钢坯热过程;用分离变量、傅立叶级数、傅立叶变换、线性叠加等方法,求得钢坯温度函数精确解;解析解与FEMLAB3。
2.A perturbation theory for dark solitonic solutions of the defocusing nonlinear Schrdinger equation,which bases on theseparation of variables and the construction of a complete set of squared Jost solutions is developed.基于分离变量法和构件平方约斯特(Jost)解完备集发展了研究非线性Schrdinger(NLS+)方程的暗孤子微扰理论,给出了求微扰NLS+方程绝热解的一般方法,暗孤子参数演化方程和一级修正计算公式。
3.Avoiding the complex and precise discussion,this article,for a type of elemental heat equation,is going to give a convenient method of solving heat equation byseparation of variables and to expand the range of solvable problems with the help of Fourier series.本文避开微分方程定性理论的复杂、严谨讨论 ,想就一类最基本的热传导方程 ,通过分离变量的方法将偏微分方程的边值问题转化为常微分方程的边值问题 ,给出一种较简捷的定解模式 ,并利用Fourier级数 ,将解题范围加以推广。
英文短句/例句
1.differential equation with separable variables可分离变量微分方程
2.A solution with the region-separating and the variable-separating method to electrostatic problem of double charged ring双环静电问题的分区分离变量解研究
3.The new method solve static electricity a problem with separate variable the way;用分离变量法求静电场问题的新思路
4.NEW VARIABLE SEPARATION SOLUTIONS TO THE(2+1)-DIMENSIOAL DISPERSIVE LONG-WAVE EQUATION(2+1)维色散长波方程新的分离变量解
5.Separating variables for a class of Poisson equation一类Poisson方程的分离变量法
6.Breather Solution to mKdV Equation by Using Variables Separation Method分离变量法求解mKdV方程的呼吸子解
7.Solutions of functional separation of variables to the isothermal compressible Navier-Stokes equations in one dimension一维等熵Navier-Stokes方程的泛函分离变量解
8.Equivalence of Differential System with Reflecting Function is Separated of Variable;具有分离变量式反射函数的微分系统的等价性
9.Segregation variable method is a routine procedure applied to boundary value in electrostatic field.分离变量法是求解静电场边值问题常用的方法。
10.New Variable Separation Solutions to the (2+1)-dimensional Nonlinear Evolutional Equations;（2+1）维非线性演化方程的新分离变量解
11.Generalized Separation of Variables for Solving Exact Solutions of Nonlinear Evolution Equations;非线性发展方程精确解的广义分离变量方法
12.Idea of segregation variable method application;应用分离变量法求解静电场的一点见解
13.Positive Solutions of Singular Nonlinear Sturm-Liouville Problems;可分离变量奇异非线性Sturm-Liouville问题的正解
14.alysis of variance离散分析;变量分析;变异分析;变异数分析;变异因素分析法
15.A Multi-variable Analysis on Factor s Influencing Employee s Turnover Intention;员工离职倾向影响因素的多变量分析
16.The Resolving Methods of the Discrete Random Variable Mathematical Expectation;离散型随机变量的数学期望分解求法
17.Dispersed Random Variables Extreme Value in Common Sequence of Distributions;离散型随机变量常见分布列中的极值
18.On Probability Distribution of Minimum and Maximum of Some Discrete Random Variable;一类离散型随机变量最值的概率分布
相关短句/例句
separated variables分离变量
1.The global exponential stability of equilibrium states of a class of nonlinearseparated variables systems with bounded time-varying delays was investigated.讨论了一类具有有界可变时滞分离变量系统平衡点的全局指数稳定性。
2.The stabilization problem for a class of nonlinear continuous control systems withseparated variables is investigated.研究了一类非线性连续可分离变量控制系统的镇定问题。
3.The global stability and instability of generalized systems withseparated variables are studied by using Lyapunov s function method for general systems withseparated variables,some sufficient criteria are obtained by means of analysis technique and these results popularized the existed results in relevant literatures.借助一般可分离变量系统的Lyapunov函数方法,对一类广义分离变量系统的全局稳定性和不稳定性进行了讨论,通过分析技巧得到了由系统自身特点所给出的显示代数判据,这些结果验证方便,改进和推广了有关文献中的相应结果。
3)separating variables分离变量
1.Stability of nonlinear and nonautonomous systems of generalizedseparating variables;广义分离变量非线性非自治系统的稳定性
2.Through theseparating variables function method, a quadric and cubic non-linear differential equation was obtained by using the Galerkin method.通过分离变量函数法,用Galerkin法得到了一个含二次、三次的非线性微分方程。
3.A method ofseparating variables to analyse problems of forced vibration of rigid/viscoplastic eircular plates is suggested.本文用分离变量方法分析刚/粘塑性圆板的强迫振动问题，给出了该板强迫振动时的挠度与内力解。
4)Variable separation分离变量
1.The basic thinking of solving boundary value problems by variable separation method under rectangular coordinate system is introduced,and the simple method of solving boundary value problems is summarized.介绍了在直角坐标系下,用分离变量法来求解边值问题的基本思路,并归纳总结出了求解边值问题的简捷方法。
2.By means of an extended Riccati equation mapping approach,a new type of variable separation solutions with two arbitrary functions of(2+1)-dimensional dispersive long-water wave(DLW) system are derived.利用拓展的Riccati方程映射法,进一步研究了(2+1)维色散长波系统,得到了方程的1组新的含有2个任意函数的分离变量解。
5)separate variable分离变量
1.Optical transfer function of a specific lens is determined,and a image of the lens is calculated in the screen withseparate variable by computer calculation.通过数值计算的方法,依据一个具体的透镜的光学传递函数,利用分离变量的方法,算出了像屏上所成的像。
6)variables separation分离变量
1.In the paper,the dynamic axial response of bar during impact,while the impactor and target are regarded as a system of vibration,is analyzed by means ofvariables separation method.根据碰撞体与靶体的接触区的内力由压力变成张力的时间确定撞击体与靶体分离的时间 ,采用分离变量法 ,分别推导了碰撞体与靶体分离前和分离后杆的冲击动力响应的解析式 ,并进行了若干算例的分析。
延伸阅读
因变量分子式：CAS号：性质：其量随自变量的变化依函数关系而变化的变量。如果自变量取某个特定的值，它依确定的函数关系取相应的值。
