1.
The classical displacement expansion theorem and the modal aggregation principle are discussed at the beginning of the paper.
首先回顾经典的位移展开定理和模态叠加原理.
2.
The physical meaning of the superposition principle in quantum mechanics is discussed. Various statements of this principle in a few textbooks are commented.
讨论了量子力学里态叠加原理的物理含义，并评论了国内外流行的几种教材中的一些不同讲法.
3.
Discussion on Gauss’theorem and Superposition Theorem of Electric Field Strength;
关于高斯定理和电场叠加原理的讨论
4.
Combinations of allergens can result in additive effects, for instance.
变态反应原的组合可能导致叠加性作用,例如.
5.
The Mathematical Basis of the Superpose Principle and Its Usage in Physics;
叠加原理的数学基础及其在物理上的应用
6.
The electric current density vector field also satisfies superposition principle, some applications thereof are introduced.
电流密度矢量场也满足叠加原理，给出了一些应用电流密度场叠加原理的例子。
7.
Calculate the Electric Potential of Spherical Live Object Space with Electric Potential Superposition Principle;
利用电位叠加原理求解球形带电体空间的电位
8.
Superposition principle of gray histograms in video analysis
视频分析中灰度直方图的叠加原理研究
9.
Numerical Solutions of a Gas Concentration Field Based on the Superposition Theory of Partial Differential Equations
基于叠加原理的气体浓度场数值计算方法
10.
Applying dropout superposition to injection and production allocation for high permeability reservoir
应用压降叠加原理指导高渗透油藏注采调配
11.
The Effects of Generalized Nonlinear N-th Power Sum Squeezing on Seventh Kind of Multimode Superposition State Light Field with Superpositions of Macroscopically Distinct Two Quantum States;
第Ⅶ类两态叠加多模叠加态光场的高次和压缩
12.
Properties of Equal-power Higher-power Squeezing for Multi-state Superposition Multi-mode Superposition Light Field;
多态叠加多模叠加光场等幂高次压缩特性研究
13.
The idea that the resultant effect is the sum of the separate effects is known as the principle of superposition.
总的作用力是各部作用力的总和，这一概念叫做叠加原理。
14.
The geoisotherms around a gallery can be explained as a superposition of the original temperature field.
一个坑道周围的等温线可以理解为原始温度场的叠加。
15.
Agile Application of the Principle of Superpoiction in Solving the Electrostatic Prottem bey Using the separation of Variatles
叠加原理在分离变量法解静电问题中的灵活应用
16.
The Result is the Same to find Electric Field bySuperposition Principle or Electric Potential Grodient
用叠加原理法与电势梯度法求场强其结果应是一致的
17.
Study on the Properties of Unequal-Power N_j-th Power amplitude-Squeezing of Multimode Superposition State Light Field with the Superposition of Two Symmetrical Quantum States;
两对称态叠加多模叠加态光场的部分奇次N_j次方振幅压缩
18.
Higher-Power Sum Squeezing of a New Kind of Two-State Superposition Multimode Functional Superposition State Light Field;
一种两态叠加多模泛函叠加态光场的高次和压缩