electromagnetic interaction

Newton's Third Law Cannot be Completely Satisfied by Electromagnetic Interaction

一个不能满足于牛顿第三定律的物理实验

Lagrangian MultiPlier and Unified Theory of Weak and Electromagnetic Interaction of the Leptons

拉氏乘子和轻子弱电统一理论拉波夫和社会语言学

The Theory of Electromagnetic Effects of Interaction between Laser and Organism

激光生物电磁效应理论

Because changing the shape of cross sections of cylindrical gratings can alter the distribution of high-frequency field and strengthen the intensity of electromagnetic wave in the interaction area. Three shapes of cylindrical grating section are discussed, including the inverted trapezoidal cross-section, rectangular and trapezoidal cross-section.

由于改变槽截面形状可以改变高频场的分布，增强互作用处电磁波的场强，所以设计了三种槽截面形状的圆柱光栅，包括倒梯形槽截面、矩形槽截面和梯形槽截面。

They have no electric charge and are completely unaffected by electromagnetic or strong interaction forces.

它们不带电,无论电磁力还是强相互作用对它们都完全不起作用.

They are attracted and held in place by an electromagnetic interaction with the nucleus.

电子通过与原子核的电磁相互作用，被吸引到了这里。

The first complete quantum field theory, quantum electrodynamics, provides a fully quantum description of the electromagnetic interaction.

首先完善的量子场理论，量子电力学提供了电磁相互作用充分的量子描述。

The electromagnetic interaction is one of the four basic interactions that are responsible for all physical processes.

电磁相互作用是决定所有物理过程的四种基本相互作用之一。

The electromagnetic interaction with electric devices caused by high power microwave ( HPM) is now much concerned. The BLT equation can solve some problems of electromagnetic interaction.

目前高功率微波（HPM）对电子系统的干扰和破坏问题受到了广泛的关注，可运用BLT方程解决一些HPM产生的干扰问题。

In order to reveal electromagnetic characteristics and interaction between electromagnetic field and high temperature ionized gas within arcjet thruster, improved modeling of electromagnetic field was developed and various numerical techniques were observed and studied.

为了揭示电弧喷射推力器内部电磁场特征及其与高温电离气体间的相互作用机理，建立了比较完善的电磁场模型，详细讨论了电磁场数值模拟方法及其计算效果。

Different from electromagnetic interaction, due to its non-Abelian color symmetry, the QCD has the property of asymptotic freedom at large momentum transfer, while remains strongly coupled at low energies.

不同于电磁相互作用，由于SU（3）非阿贝尔性质，量子色动力学有渐进自由性质，即在大动量转移下是渐进自由的，而在低能标下却是强耦合的。

The method of directly driving a self-movable wall-climbing micro-robot and utilizing double electromagnetic forces interaction is studied.

研究了利用两组电磁力交互作用，直接驱动微小步行爬壁机器人的方法。

The value of the electromagnetic interaction constant and the calculation of the anomalous charge of a electron

电磁作用常数α值及电子反常荷计算

The frequency selectivity relies on the interaction between periodic structure and electromagnetic wave, which behaves as the total reflection ( for patches) or transmission ( using apertures) in the neighborhood of the element resonant frequency.

FSS的频率选择性源于其周期性结构与电磁波的相互作用。当入射波的频率接近贴片或孔径的谐振频率点时，FSS表现出全反射或全透射特性。

Study on AC Electromagnetic Tracker for Human-Computer Interaction

用于人机交互的交流式电磁跟踪系统的研究

A neutron has no appreciable electromagnetic interaction with nuclei or with electrons.

中子与原子核或与电子并没有可察觉的电磁相互作用.

Calculation of the transition probability of atomic energy states in the electromagnetic interaction

电磁场作用下原子能态跃迁几率的计算

Superstring theory springing up in recent years is still the only known self-consistent theory which can quantize the gravity and unify the gravity, the electromagnetic interaction, the weak interaction and the strong interaction.

弦理论是目前唯一有希望能够量子化引力并将引力与电磁、弱和强相互作用统一起来的自洽理论。

Study on the Electromagnetic Scattering Interaction between the Simple Target and Rough Surface

粗糙面与其上方简单目标的复合电磁散射研究

Is the theoretical basis for electromagnetic interaction.

是电磁相互作用的理论基础。

In the CARM mechanism the axial kinetic energy of the electrons is pumped into the transverse kinetic energy and then is delivered to the electromagnetic wave by beam-wave interaction which enlarges the electromagnetic wave.

在回旋自谐振脉塞的机理中，电子的纵向动能抽成横向动能，然后，通过束一波互作用将能量传给电磁波，使电磁波得到放大。

This paper aims at probing into the essence of the gravitation and presents a viewpoint that the essence of the gravitation is the electromagnetic interaction.

在探讨引力本质问题过程中，提出了引力的本质就是电磁相互作用，这也是物理学科四种力统一的关键。

Electromagnetic interaction can produce a wealth of phenomena, there are a wide range of useful, but plasma is an ideal system of electromagnetic interaction.

电磁相互作用能够产生丰富的现象，有很广泛的用处，而等离子体是理想的研究电磁相互作用的体系。

The effects of electromagnetic interaction on the phase transition in chiral symmetric σ model

电磁作用对手征对称σ模型相变的影响

The intrinsic property of matter responsible for all electric phenomena, in particular for the force of the electromagnetic interaction, occurring in two forms arbitrarily designated& negative and positive.

构成所有电子现象起因的物质的固有属性，以两种任意命名的形式&负和正出现。

Theory of Observing of Shao Yong and the Explanation of the Coupling Constants of Electromagnetic Interaction, Weak Interaction and Strong Interaction

邵雍观物论与电、弱、强相互作用耦合常数试解

Low-frequency Electromagnetic Radiation Field Interaction with Cerebral Nervous MT

低频电磁辐射与脑神经细胞微管的相互作用

It is roughly 100 times stronger than the electromagnetic interaction.

它大体上比电磁相互作用强100倍.

Electromagnetic interaction of relativism particle& The instance of application of the relativism change

相对论性粒子的电磁相互作用&相对论变换应用之例