电磁波的传播就像光波的传播一样。
本文研究一维散心爆轰波的传播规律。
The propagation of one dimensional divergent detonation waves is studied in this paper.
分析了耦合波的传播特点。
对比分析了在不同参数设置下冲击波的传播过程。
The blast waves are analyzed when different reasonable parameters are adapted.
结果表明，本模型对计算孤立波的传播是有效的。
The results show that the present approach is valid for modeling the propagation of a solitary wave.
传统的解释理论以自由表面瑞利面波的传播为基础。
The conventional interpretation theory has been based on propagation of free-surface Rayleigh waves.
通过求解介质运动做分方程，获得了波的传播问题数值解。
The numerical solution of wave propagation may be obtained by solving for the differential equation of medium motion.
此外，它还描述了鼓膜的振动，电磁波的传播等物理过程。
Moreover. it also describes vibration of drumhead and spread of electromagnet wave.
多孔介质中的波的传播是岩土抗震工程中的一个重要课题。
Wave propagation in porous medium is an important subject in geotechnical and earthquake engineering.
然后研究了在平板撞击下的一维应变波的传播和衰减特性。
Then, the propagation of one-dimensional strain wave caused by the plate impact is investigated, and the attenuation of stress wave is evaluated.
木文对低速地层裸眼井中弹性波的传播问题作了进一步研究。
Further investigation on the propagation of elastic waves along a fluid-filled borehole in slow formation is studied in the paper.
风向、风速、气温和气压对压力波的传播有十分巨大的影响。
Wind direction, wind velocity, air temperature and air pressure have a very great effect on the propagation of pressure waves.
风向、风速、气温和气压对压力波的传播有十分巨大的影响。
Wind direction, wind ve lo city, air temperature and air pressure have a very great effect on the propagation of pressure waves.
本文根据电磁波的传播特性，研究在涂型层状介质中传播规律。
Based on the propagation Characteristics of electromagnetic wave, the propagation law is studied in the Precoat layered media in the article.
平面电磁波传播的角谱法，提供了波的传播过程的另一种解释。
The angular spectrum method of plane electromagnetic wave propagation gives another explanation for wave propagation.
本文以较一般的方式讨论了自引力介质中线性波的传播和演化。
Propagation and evolution of linear waves in the self-gravitational medium are discussed in a comparatively general way.
介绍了电子回旋共振（ECR）波的传播与吸收的数值求解方法。
The numerical method for resolving the wave propagation and absorption of the electron cyclotron resonance(ECR) is proposed.
将波场快照与速度剖面相结合，可以更好地观测到波的传播过程。
Combing the wave field snapshot with the corresponding velocity section proves to be important in the observing of wave propagation.
研究结果表明：节理面不规则结构明显地影响应力波的传播性质。
It is shown that the irregularity of the joint surface apparently affects the stress wave transmission.
这种排列是各向异性的，使波的传播沿一个方向比另一个方向要容易。
That alignment, known as anisotropy, makes it easier for waves to travel in one direction than the other.
研究结果显示：矩形隧道电磁波的传播，是由多种模式共同作用的结果。
The results show that a tunnel radio signal consists of a summation of many propagation modes.
研究了埋地管道泄漏信号波的传播方程，泄漏信号频率特性以及衰减方程。
The buried pipe transfer equation, the frequency character and the attenuation equation of the leak signal are studied.
本文对生物膜中一维斜型波和一维弯曲波的孤立波的传播形式作了较详细的讨论。
In this paper, the propagative form of one-dimensional solitary waves in splay-mode and bend-mode are discussed in detail.
井眼补偿技术用于与波的传播有关的测量，如声波、传播电阻率和电磁波传播测量。
The technique is used for measurements that rely on the propagation of a wave, such as sonic, propagation resistivity and electromagnetic propagation measurements.
SV波的传播时间也可用三项泰勒展式表达，在中等及短排列长度时可达到一定精度。
For the P-SV wave travel time, it also can be expressed exactly by a three-term Taylor series in short or moderate spreads.
本文从理论和实验两方面对小型温压弹的冲击波的传播规律以及杀伤效应进行了研究。
From both theoretical and experimental research, the damage effect and propagation law of blast wave for small thermo-baric warhead explosives in air are discussed in this paper.
所得结果表明，在一般情况下耦合系数并非是常数，而是与波的传播距离有关的函数。
The obtained expression indicates that in the general condition the coupling coefficient is not a constant, but is a function associated with the travelling distances of the waves.
报道了应用边界积分方法模拟完全非线性孤立波的传播与直墙反射，给出了波形演变过程。
Modeling the propagation and end wall reflection of a fully nonlinear solitary wave with the boundary integral equation method is reported in the paper.
有限元法用于分析波的传播问题已日益广泛，它可能达到的程度已成为现在十分关心的课题。
The finite element method has been widely used in analysing wave propagation problems. Which degree of accuracy such an analysis can be obtained?
有限元法用于分析波的传播问题已日益广泛，它可能达到的程度已成为现在十分关心的课题。
The finite element method has been widely used in analysing wave propagation problems. Which degree of accuracy such an analysis can be obtained?
应用推荐