边界单元法是求解数学物理方程的一种数值计算方法。
Boundary Element method is a numerical method for solving the mathematic and physics equations.
这种方法还能用来求解更多的非线性数学物理方程或方程组。
The method can also be applied to solve more nonlinear mathematical physics equation or equations.
它是量子力学、数学物理方程及其它技术领域的有力的数学工具。
It is also a forceful tool in modern quantum mechanic, mathematics-physics equations and other technology fields.
本文论述一种运用数学物理方程推算地下通道中全年自然气温的方法。
This article describes a method of predicting air temperature throughout the year in subterraneous tunnel by solving some equations in mathematical physics.
传热方程是一类常见的基本数学物理方程，热导率是土体重要的热物理参数。
Heat transfer equation is a kind of basic mathematical-physical equation. The thermal diffusivity is an important thermal physical parameter for soil.
雅可比多项式及其特例都是重要的正交多项式，它们在求解数学物理方程中有重要应用。
Jacobi polynomials and its special forms are all fundamental orthogonal polynomials, these polynomial all have important application in the mathematics-physics question.
用波的反射原理求解有限区间上的波动方程是数学物理方程中的基本内容，也是教学中的难点内容。
It is a difficult point to teach the students solving the wave equation on finite interval by the reflection law of the wave.
引入差分方程研究布朗运动，会发现极限情况下的布朗运动所遵循的偏微分方程就是数学物理方程中的扩散方程。
Studying Brownian motion by the difference equation, We can find that the partial differential equation describing the Brownian particle motion is a diffusion equation in mathematical physics.
GEOS - 5运用描述物理过程的数学方程(比如沉积过程和成云过程)来模拟大气的变化。
The GEOS-5 model USES mathematical equations that represent physical processes-such as precipitation and cloud processes-to calculate what the atmosphere will do.
数学方程，从简单的代数式到富有挑战性的困难的微分方程，这些简洁的模式都允许我们把一个巨大的物理现象纳入其中。
Mathematical equations, from simple algebraic ones to the more challenging differential equations, have allowed us to summarize an enormous amount of physical phenomena into a simple format.
现在，受人尊崇的物理学家和数学家斯蒂芬·霍金认为上帝不是求解方程序的组成部分。
Now eminent physicist and mathematician Stephen Hawking argues God was not part of the equation.
虽然数学家或者物理学家可以回答关于宇宙起源的问题，但是这对于预测人的行为没有任何帮助，因为那需要解更多更多的方程才行。
While physics and mathematics may tell us how the universe began they are not much use in predicting human behavior because there are far too many equations to solve.
本文以常规的激光热处理工艺为基础，建立相应的数学物理模型，导出热流传导的偏微分方程。
The mathematical physical model is established depending on the conventional laser heat treatment technology, the partial differential equation of heat current propagation is derived.
本文采用了单位脉冲响应函数法识别模态参数，由所建数学模型的特征方程识别结合部的物理参数。
The impulse response method is adopted to identify the modal parameters, and the physical parameters are estimated from the characteristic equation of the mathematical model built.
本课程使学生掌握电磁场的有关定理、定律、麦克斯韦方程等的物理意义及数学表达式。
Electromagnetic Field and Electromagnetic Wave make students grasp the theorem and the physical meaning of the Maxwell equations and mathematical expressions.
本文根据的一个数学定理，对受多个物理白噪声激励的极一般的一个自由度系统导出了随机平均方程。
Based on a theorem due to Hasminskii, a stochastic averaging equation is derived for a general system with one degree of freedom subject to physical white noise excitations.
他认为，通过简洁优雅的数学方程就可以探究基础物理理论。到如今，在研究物质本质的弦理论中，这一思想得到了广泛的采纳。
His view that fundamental physics could be gleaned from elegant mathematics now permeates a whole field of inquiry into the reality of nature, string theory.
建立此机制的物理模型和数学方程，完成数值计算并分析得出了锁模自启动条件及最佳运转条件。
The physical model and mathematical equations of the laser are established. The results of numerical calculation have been analyzed.
其物理意义，开普勒方程是关于行星运动微分方程组的一个积分，由于引入了辅助量E，使数学表达式大为简化。
It also has its physical significance. Kepler equation is an integral of differential equation set. The introduction of assistant quantity E leads to the simplification of mathematic expression.
在变形固体相互作用的问题中，某些物理量之间的关系确定，经常被转化为积分方程的数学表达。
In the interaction problem of different parts of solid, the relation of some physics factors' determining is often transformed to the mathematics expression of integral equation.
四元数矩阵方程则是研究四元数量子力学理论中相应的数学物理模型的基础。
The quaternion matrix equation is studies in the quaternion quantum-mechanical theory of the corresponding mathematics physical model foundation.
工程师必须能列出描述各种物理系统的方程序，并利用这些方程供用数学方法来预测这些系统的性能。
Engineers must be able to write equations describing physical systems and use these equations to mathematically predict the performance of these systems.
对于节块法，需要的是数学共轭方程，而不是物理共轭方程，但数学共轭方程求解比较困难。
The mathematical adjoint equation. not the physical adjoint equation, is required for nodal method, but it is rather too difficult to solve the former.
偏泛函微分方程来源于物理学、生物学、工程学等学科领域中众多的数学模型，具有强烈的实际背景。
Partial functional differential equations come from many mathematical models in physics, biology, engineering and other fields, which have strongly practical background.
从理论上分析了平纹织物的交织阻力，提出了相应的物理模型和数学方程序。
The interweave resistance of plain cloth is analysed theoretically and the relative physical model and mathematical equation are proposed in this paper.
摩天大楼的下面几层是由高等数学方程组成的，它们使得经典物理学理论变的更加美丽。
The first few floors of our skyscraper consist of advanced mathematical formalisms that turn the Classical Physics theories into beauties of their own.
本文给出了天体物理学中辐射转移方程的几种近似解法，讨论了数学近似和物理条件如何吻合，发现：数学上的近似常常不影响物理上完整和自洽。
This, paper gives some approximative solving methods of radiative transfer equation in astrophysics. It is found that mathematical approximations of ten are complete and accurate in physics.
从理论上分析了纬平针织物钩丝的力学规律，提出了相应的物理模型和数学方程序，设计了新的钩丝测试方法。
The snag mechanism is analysed for plain - knitted fabric with proposed physical model and mathematical equation of snag processing. A new testing method is designed and results are introduced.
数学对物理的影响远远不是数值运算和方程的求解。物理与数学相关性可分为初中、高中、大学三个阶段。
The relativity for physics and mathematics can be divided into three stages: junior high school, senior high school and university.
数学对物理的影响远远不是数值运算和方程的求解。物理与数学相关性可分为初中、高中、大学三个阶段。
The relativity for physics and mathematics can be divided into three stages: junior high school, senior high school and university.
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