What is the translation of " ELECTRODYNAMICS " in Chinese?

• 电动力学

Examples of using Electrodynamics in English and their translations into Chinese

Quantum electrodynamics.
量子电动力学.

He's one of the creators of quantum electrodynamics.
他是量子电动力学的创始人之一。

Galilean Electrodynamics.
伽利略电动力学.

The first gauge theory quantized was quantum electrodynamics(QED).
第一个量子化的规范理论是量子电动力学（QED）。

In quantum electrodynamics, the gauge group is U(1);
在量子电动力学中，规范场是U(1)；.

The Maxwell- Lorentz electrodynamics.
麦克斯韦-洛伦兹电动力学.

Explain quantum electrodynamics in two minutes, starting now.
用两分钟时间解释一下量子电动力学，现在开始。

African Global Positioning System Receivers for Equatorial Electrodynamics Studies.
用于赤道电动力学研究的非洲全球定位系统接收器.

For example, in quantum electrodynamics, the fine-structure constant is a coupling constant.
举例来说，在量子电动力学中，精细结构常数是个耦合常数。

Maxwell's equations Photon Vector boson Electromagnetic field Quantum electrodynamics Quantum gravity.
馬克士威方程組光子矢量玻色子电磁场量子电动力学量子引力.

They say:“Quantum electrodynamics is a good theory, and we do not have to worry about it any more.”.
他们说：‘量子电动力学是个好理论，我们不必再为它苦恼了'。

However, he introduced me to something a bit similar with regard to light, the so-called Wheeler-Feynman electrodynamics.
不过，他给我介绍了一个有点儿类似的观点，是关于光的，即所谓的惠勒-费曼电动力学。

Fundamental work in quantum electrodynamics, with deep-ploughing consequences for the physics of elementary particles".
基本的工作量子电动力学，深耕耘的后果物理的基本粒子。

Through the work of Feynman, Dyson, Julian Schwinger and Sin-Itiro Tomonaga, a new and improved theory of quantum electrodynamics was born.
通过费曼，戴森，朱利安施万格和辛-伊蒂罗·托莫纳的工作，一个新的和改进的量子电动力学理论诞生了。

In quantum electrodynamics, the gauge group is U(1); in this simple case, there is only one gauge boson.
在量子电动力学中，规范场是U(1)；在这一简单情形下，只有一个规范玻色子（光子）。

It was recalled that the African Global Positioning System Receivers for Equatorial Electrodynamics Studies(AGREES) instrument array was deployed to:.
据回顾，部署用于赤道电动力学研究的非洲全球定位系统接收器的仪器阵列的目的是：.

In classical electrodynamics, light is considered as an electromagnetic wave, which is described by Maxwell's equations.
在经典电动力学中，光被看作一种电磁波，一种通过麦克斯韦方程组描述的波。

This applies even to the best physical theory we have in nature: quantum electrodynamics, which describes the quantum interactions between electrons and light.
这一点甚至可以应用于我们现有最好的物理理论中：量子电动力学，该理论描述了在电子与光之间的量子相互作用。

Quantum electrodynamics is the best theory in the whole of science, its predictions are more accurate than anything else that we know about the Universe.
量子电动力学在整个科学中是最好的理论，关于宇宙它比我们知道的其他东西都有更准确的预测。

The first complete quantum field theory, quantum electrodynamics, provides a fully quantum description of the electromagnetic interaction.
第一个量子场论是量子电动力学，它可以精確地描写电磁相互作用。

The equations of fluctuation electrodynamics provide a common framework for describing both Johnson- Nyquist noise and free space blackbody radiation.
该等式的波动电动力学提供了一个通用框架用来描述约翰逊－奎斯特噪声及空间黑体辐射。

Subsequent chapters cover more advanced topics, including the perturbation method, quantum electrodynamics, and the relation of path integrals to statistical mechanics.
接下来的数章则涵盖了更深入的课题，包括微扰方法、量子电动力学，以及路径积分与统计力学的关系。

For their fundamental work in quantum electrodynamics, with deep-ploughing consequences for the physics of elementary particles.
他们在量子电动力学方面的基础性工作，这些工作对粒子物理学产生深远影响.

Heisenberg and Euler used a theory called quantum electrodynamics(QED) to show how the quantum properties of a vacuum would influence light waves.
Heisenberg和Euler使用量子电动力学（QED）理论来揭示真空中的量子特性如何影响光波。

Describing this process requires quantum electrodynamics, but the calculations involved are so complex that one instead relies on simplified quantum models.
这个过程的描述需要使用到量子电动力学，但所涉及的计算非常复杂，因此取决于简化的量子模型。

For pioneering contributions to the new field of"circuit quantum electrodynamics," particularly experiments coupling microwaves to spin ensembles and the superconducting qubits".
用于向新领域开拓性的贡献‘电路量子电动力学'，特别是实验微波耦合自旋合奏和超导量子位”.

Similarly, in an entirely different field, quantum electrodynamics could have been constructed without using the celebrated language of Feynman diagrams devised by Richard Feynman.
同样地，在一个完全不同的领域，量子电动力学可以不用RichardFeynman设计的著名的费曼图语言来构造。

When viewed in the context of a mathematical system called Maxwell-Proca electrodynamics, these electromagnetic stresses can generate additional centripetal forces, acting mostly on interstellar gas.
当被置于Maxwell-Proca电动力学的数学系统背景下时，这些电磁应力可以产生额外的向心力，主要作用于星际气体。