是电磁相互作用的理论基础。
它大体上比电磁相互作用强100倍。
It is roughly 100 times stronger than the electromagnetic interaction.
电磁相互作用不能撤掉。
新思维之：如何将电磁相互作用与强相互作用统一？
New thinking: How to unify the strong interactions and the electromagnetic interaction?
中子与原子核或与电子并没有可察觉的电磁相互作用。
A neutron has no appreciable electromagnetic interaction with nuclei or with electrons.
一般采用混合法来分析研究带劈电大尺寸散射作各部分的电磁相互作用。
Interaction of parts of large scatters with wedges is studied by using a hybrid method.
一般电路设计对磁性材料和绕组电流相互之间的电磁相互作用研究较少，而这对逆变器快速瞬态性能有重要影响。
To the general circuit design it is no need to research the interaction of the transformer magnetic material and coil current, but it is very important to the study of transient character of inverter.
科学早就通过测量、观察和实验告诉我们宇宙中有四种力：电磁力、强相互作用力、弱相互作用力和万有引力。
Science has shown us through measurement, observation and experimentation that there are four forces in the Universe: electromagnetism, strong interaction, weak interaction and gravitation.
因为，这个理论的最终证实， 惟赖人们一瞥玻色子W和Z的真容——该理论推断这两种粒子携带弱相互作用力，就像光子携带有电磁力一样。
The theory’s vindication would come only with a glimpse of W and Z bosons—particles which, it posited, carried the weak force, just as photons carried the electromagnetic one.
当一批日冕物质抛射来临，太阳粒子可与地球的磁场相互作用形成强有力的电磁波动。
When a CME hits, the solar particles can interact with Earth's magnetic field to produce powerful electromagnetic fluctuations. (Related: "Magnetic-Shield Cracks Found; Big solar Storms Expected.")
不过，该理论忽略了电子与量子化的电磁场之间的相互作用。
However, the theory ignores the interaction between the electron and a quantized electromagnetic field.
众所周知，在自然界中有四种基本的相互作用力：电磁力、强相互作用力、弱相互作用力和万有引力。
Well, as you all know, there are four fundamental forces in physics: electromagnetism, strong nuclear interaction, weak nuclear interaction and gravity.
文章研究了由于强相互作用引起的夸克电磁顶角的修正。
This paper studies the correction of electromagnetic vector vertex of quarks due to the effect of strong interactions.
行波磁场与次级相互作用便产生电磁推力，这就是直线电动机运行的基本原理。
Traveling-wave interaction and secondary magnetic field is generated electromagnetic force, which is a straight line to run the basic principles of electric motors.
等离子隐身体技术作为一种全新的隐身技术，是通过等离子体与电磁波的相互作用实现隐身的。
Plasma stealth is a new type of stealth technique. To achieve stealth, plasma stealth technique makes use of the reciprocity of plasma and electromagnetic wave.
就吸波材料与电磁波的相互作用及其损耗机理进行了阐述。
The basic absorption mechanism of the microwave - absorbing material was studied, and its interaction on the electromagnetic wave was also studied.
FDTD广泛应用于研究电磁波与各种物体的相互作用，如微波、光镊、近场光学、细胞中光场分布的数值求解。
FDTD is widely used in the analysis of electromagnetic problems, such as microwave, Optical tweezers, near field optics and so on.
电子碰撞频率是非磁化等离子体的一个重要参数，它对等离子体与电磁波相互作用的性质具有较大影响。
The electron collision frequency is one of the important parameters of the non-magnetized plasma. It plays an important role in the interaction of the plasma with electromagnetic waves.
因而，工业用电磁软接触结晶器的开发必须建立在各种物理场及其相互作用规律的系统研究基础上。
Therefore, the industrial electromagnetic soft-contact mold can be developed only when various coupled physical phenomena, which occur in the mold, have been identified.
增强主要是由于金属银粒子与银基底表面的电磁耦合，即银粒子的定域表面等离子体共振与银基底的表面等离子激元间的相互作用。
The enhancement is related to the electromagnetic coupling of the localized surface plasmon resonance of silver metal particles and the surface polariton of the silver substrate.
本文所研究的主要内容是导体和邻近的非均匀介质与时域电磁波相互作用的数值分析问题。
This paper deal with the a computational electromagnetics method, which enables the interactions between arbitrary shape antennas and inhomogeneous dielectric volumes in time domain to be analyzed.
涨落相互作用将导致色扩散，与电磁等离子体不同，它出现新的准线性效应。
The interactions between fluctuations leads to color diffusion, the new effects appears, unlike electromagnetic plasma.
本文利用动功率定理求解静磁场中运动的相对论性电子束与波导中电磁行波的相互作用问题。
In this paper, the kinetic power theorem is used for solving the problem of interaction between a relativistic electron beam moving in a static magnetic field and a travelling electromagnetic wave.
时域有限差分(FD - TD)法是麦氏方程的差分形式的数值解法，用于求解任意复杂目标与电磁场的相互作用问题。
FD-TD is a numerical method to seek the solution of-Maxwell equation in time domain, which can be used to analyze the interactions between electromagnetic field and complicated objects.
为了充分利用这些信息，就必须详细了解电磁波与目标之间的相互作用机理。
To fully exploit the quantitative information requires a detailed description of the interaction between microwave and targets.
本文首次研究了被导电磁波与强扰动随机媒质的相互作用问题。
In this paper, the problem of interaction of guided electromagnetic waves and strong fluctuation random media is studied for the first time.
“旋磁材料中的非线性电磁波”主要研究电磁波与旋磁介质相互作用中出现的各种非线性传播特性以及应用途径。
The study of electromagnetic waves in nonlinear gyromagnetic materials is mainly focused on the properties and potential applications of nonlinear waves.
本文采用薛定谔方程方法，研究了能级结构为级联型的三能级原子同单模腔场相互作用下，电磁场的压缩现象。
The Schrodinger's equation method is used to investigate the squeezing phenomenon of the electromagnetic field in the case of a three-level cascade atom interacting with single-mode cavity field.
本文采用薛定谔方程方法，研究了能级结构为级联型的三能级原子同单模腔场相互作用下，电磁场的压缩现象。
The Schrodinger's equation method is used to investigate the squeezing phenomenon of the electromagnetic field in the case of a three-level cascade atom interacting with single-mode cavity field.
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