So they're solving the equations represent those laws.
它们实际在解这些定律的方程。
So they’re solving the equations represent those laws.
它们实际在解这些定律的方程。
It is of practical interest to give an efficient numerical method for solving the equations.
对这类方程给出一种有效的数值求解方法具有一定的实际意义。
The longitudinal displacement and curvature variation are both described by deflection as solving the equations.
求解该方程时，将纵向位移分量和曲率的改变量用挠度表示。
In order to improve the accuracy of solving the equations, the first-order self-corrected technique was applied.
为提高解方程的精度，本文应用了-阶自修正技巧。
There is no general method for solving the equations that you get from this method. You just have to think about them.
用这个拉格朗日方法，你是不能保证解出这个方程组的,你只能对着它想。
The stator 3D temperature field is obtained by solving the equations, so the stator temperature criterions are determined.
求解联立方程组即可求出定子的三维温度分布，从而确定发电机定子任一部位温度的标准值。
According to solving the equations and using coordinate graphs, the influences of shape and swimming parameters on the swimming speed and propulsion are studied and analyzed.
对微型机器人运动学和动力学方程进行了求解，通过坐标图分析了微型机器人的形状参数和游动参数对微型机器人游动推进速度和游动推进力的影响。
The conditions and equations which must be satisfied for matching compressor with the turbine are presented and the procedure of solving the equations is described by using diagrammatic figures.
对压气机与透平的匹配问题，提出了必须满足的条件、公式，并且以曲线图说明求解过程。
Instead, to demonstrate the "red effect" I should have used an image of an elderly man solving a system of differential equations using a red pen.
相反，为了证明“红色效应”，我应该使用一张一个老男人用红笔求解微分方程系统的图像。
Do you position yourself to catch a ball by solving differential equations in your head, on the fly?
当你试图接住一个飞行中的球时，是否会通过解微分方程来确定自己的位置？
Through solving the blood flow equations for local vessel expansion region, the analytical expressions of blood flow velocity, pressure and wall shear stress were then obtained.
接着，通过求解局部扩张血管段内的血液流动方程，导得血液流速、压力和血管壁切应力的分析表达式。
In this program the voltage and current of simultaneous faults or unbalanced power system are calculated by solving the simultaneous equations of multi-port network and of the fault boundary.
本程序应用多端口网络方程和故障端口边界方程联立求解的方法，计算电力系统各种多重故障及任意不对称运行的电压和电流。
The boundary problems of Raman scattering equations are analyzed and two methods of solving the boundary problem are described detailedly.
分析了拉曼散射方程的边界问题，详细的描述了两种边界问题解决方法；
After solving the system of linear algebraic equations, another problem is induced that requires revising this coefficient matrix in order to get a new system of equations.
在线性代数方程组已解出之后，另一个课题需要修改它的系数矩阵，从而得到一个新的方程组。
By making some necessary approximations, the algorithm used for this system is able to avoid solving directly system of nonlinear equations without losing the expected accuracy.
该系统所采用的算法由于作了某些必要的近似处理，避免了直接解非线性方程组同时又满足了精度要求。
This dissertation successfully used cluster computing for solving large-scale linear algebraic equations problems when the finite element method (FEM) is applied in electrical prospecting.
本文成功地将机群计算应用到解决在电法勘探中使用有限元方法（FEM）时产生的大规模线性方程组问题。
The high capacity of fast solving equations of the computer make it possible to solve nonlinear equations within a certain precision.
因为其借助计算机快速求解方程的优点，使得对非线性方程组在一定精度内的求解成为可能。
The method ICCG. is one of the best iterative method for solving the system of linear algebraic equations, but it can only be applied to the symmetric and positive definite coefficient matrix.
ICCG方法是解线性代数方程组较为理想的方法，但它仅适用于具有正定对称的系数阵。
A nonlinear system parameters identification problem is investigated in this paper by introducing a relaxation method used for solving the linear equations of the system.
研究了非线性参数系统模型的识别问题，通过引入求解线性方程组的松驰法思想，构造了一类新的迭代识别算法。
Finally, the problems can be reduced to solving a low order system of algebraic equations like the initial parameter algorithm.
问题最后和初参数算法一样能归结为求解一个低阶代数方程组。
The stiffness confinement method (SCM) for solving the reactor neutron kinetic equations is described.
介绍了一种适合于求解反应堆中子动力学方程的刚性限制法。
Firstly, the contact theory and the method of solving nonlinear equations are summarized.
首先，概述有限元接触理论及求解非线性方程的方法。
For the different wind speed, the equilibrium points could be got from the trim equations solving by Newton iteration method.
在不同的风速条件下，采用牛顿下降梯度法迭代求解非线性代数方程组形式的系缆气球平衡方程。
Then a similar intergrid transfer operator is given for the spaces of velocity, and the W-cycle multigrid method is presented for solving the algebraic equations.
接着对速度空间提出一种类似的网格转移算子，并给出W循环的多重网格法来解对应的代数方程组。
Then by the principle of superposition and solving two sets of algebraic equations, the interaction between the point force and the point charge was uncoupled.
利用线性叠加原理，通过求解两组代数方程组，从而分离出点力与点电荷的耦合作用。
The necessity of solving delay item of delay-differential equations, the special significance of delay-differential equations and the deficiency of the existing approach are introduced.
介绍了延迟微分方程延迟项求解的必要性、在控制领域的特殊意义及当前求解方法存在的不足。
The paper also describes the technique of forming parameter matrix and linking matrix automatically and solving the differential equations of all kinds of signals.
使用了自动生成参数矩阵及连接矩阵的技术，并采用梯形法求解微分方程，可对一般性的输入信号进行迅速、准确的仿真输出。
This paper presents mechanical quadrature methods for solving the boundary integral equations of nonlinear boundary value problems.
本文提出了解非线性边值问题的边界积分方程的高精度机械求积法。
This paper presents mechanical quadrature methods for solving the boundary integral equations of nonlinear boundary value problems.
本文提出了解非线性边值问题的边界积分方程的高精度机械求积法。
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