布尔代数所需的推理过程是通过开关来实现的，这些开关起着逻辑电路的作用。
The reasoning process called for by Boolean algebra are implemented through switches acting as electronics logic circuits.
数量和空间在解析几何，微分几何和代数几何中都发挥作用。
Quantity and space both play a role in analytic geometry, differential geometry, and algebraic geometry.
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。
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.
对于等同配位体的相互作用，以纯矩阵代数方法，得到饱和曲线，分子构象-配位体曲线以及某些关连函数等等。
For homotopic interaction, the saturation curve, molecular conformation vs ligand curve and certain correlation functions etc. are obtained by means of pure matrix algebra.
训练对学生学习代数、物理具有远迁移作用；
There are effects of transferring on performance of Algebra and Physics;
算法对于数学教育也有着重要的作用，同时也是中国古代数学的重要思想和主要特征。
Algorithm also has an important role in the mathematical education, and represents the important thoughts and main characteristics of the Chinese ancient mathematics.
弄清计算机与现代数学各自的特点及其相互促进作用，是正确理解“实验数学”意义的关键。
That an comprehending of the characteristic and each other promote role of computer and modern mathematics is key of making sense of experimental mathematics.
谐振子算符的代数运算方法被用于研究磁场中同时与表面光学声子及表面声学声子相互作用的二维电子。
The method of the harmonic oscillator operator algebra has been used to study the two-dimensional polaron in a magnetic field.
主要介绍了现代数控技术的现状及发展趋势，以及数控技术在现代制造系统中的重要作用。
The status and development of NC technology are introduced, its key actions in modern manufacture system are also involved.
数学从萌芽时期开始，历经了初等数学时期、变量数学时期、近代数学时期和现代数学时期。人们已经从数学的内容、表现形式、作用等方面为研究数学的特点提供了框架。
People had already provided the frame for the research of mathematical characteristics from the aspects of the content, forms of expression, the role and the research procedure of mathematics.
那些作者显示马克斯·韦尔的方程序怎样可以被表示并且透过空间时间代数操作和几何学的代数怎样显示电磁波的极化作用的状态。
The authors show how Maxwell's equations can be expressed and manipulated via space-time algebra and how geometric algebra reveals electromagnetic waves' states of polarization.
利用作用力做功和反作用力做功的代数和与参照系的选择无关这样的结论，计算质点组的内力作功之和将非常简捷方便。
The sum of work of effect and reaction has nothing to do with the choice of criterion. With this conclusion, it is very easy to work out the sum of particle and work of internal force.
但由于边界元法得到的求解代数方程组的系数矩阵是满阵，对其解题规模有很大的制约作用。
But the scale of the problem that can be solved by BEM is greatly limited, because the matrix of the system equations generated by BEM is fully populated and unsymmetrical.
中国展示因国家的国际化行为发生了巨大的技术变化，现代数字化手段对设计创意的表达起到了越来越重要的作用，它几乎颠覆了全部传统设计概念。
Now modern digital means, which have almost overthrown all the traditional design concepts, are playing a more and more important role in the development of design definitions.
本文应用李代数嵌入法严格地处理相互作用玻色子模型(IBM - 1型)。
This article treats the interacting Boson model (IBM-1) by the embedding theory of Liesubagbra.
电磁测量技术从诞生到如今的迅猛发展，无不与数学的应用和进步密切相关。特别是现代数学对于现代电磁测量技术的作用更不容忽视。
Electromagnetic measuring technology, from its appearance to today's rapid development, is nearly related with the advancement and application of mathematics, especially modern mathematics.
特别是现代数学对于现代电磁测量技术的作用更不容忽视。
Electromagnetic measuring technology, from its appearance to todays rapid development, is nearly related with the advancement and application of mathematics, especially modern mathematics.
情感因素即“非认知因素”。现代数学教育理论认为：在整个数学教学过程中非认知因素始终发挥着动力、定向、引导、维持和强化等一系列相互联系的作用。
The theory of modem mathematics education believes that non-intelligent factor has been playing an important role in the whole process of teaching and learning , it can't be ignored.
一系列的结论揭示了布尔函数的线性结构对其代数免疫阶的制约作用。
A series of conclusions reveals a linear structure of Boolean function restricts algebraic immunity.
一系列的结论揭示了布尔函数的线性结构对其代数免疫阶的制约作用。
A series of conclusions reveals a linear structure of Boolean function restricts algebraic immunity.
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