1.
Advanced Quantum Field Thoery(1) ?
近代量子场论(I)
2.
Advanced Quantum Field Theory (2) ?
近代量子场论(Ⅱ)
3.
Quantum field theories for the strong nuclear force and the weak nuclear force have been developed.
适合强核力和弱核力的量子场论一直发展。
4.
Thus, a new turbulent eddy interaction theory similar to the quantum field theory is obtained
这样就得类似于量子场论的湍流涡旋相互作用理论.
5.
Quantum field theory maintains that all interactions arise from the creation and annihilation of particles.
量子场论认为，一切互相作用是由粒子的产生和湮没而引起的。
6.
The Canonical Symmetries in Constrained Hamiltonian System and Their Application to the CS Theories;
约束Hamilton系统的正则对称性及其在任意子量子场论中的应用
7.
Nietzsche's ontology was the ever-changing world of power quanta, this is comparatively correspondent to the world picture of modern physics( quantum field theory).
尼采的本体论是变幻不息的力量子的世界，这比较符合现代物理学量子场论的世界图像。
8.
The Discuss of the Quantum Properties of the Atoms Interacting with the Optical Field;
与光场作用的原子的量子特性的讨论
9.
ENERGY DISTRIBUTION IN LIGHT FIELD OF FILM MEDIUM BY LIGHT RAY QUANTUM THEORY
光线量子理论研究薄膜介质光场能量分布
10.
On the energy exchange between relativistic electrons in periodic magnetic field and light radiation
周期磁场中的相对论电子与光辐射的能量交换
11.
Theoretical Studies of Quantum Dots and Effect of Magnetic Fields and an Impurity;
半导体量子点的理论研究及磁场与杂质的效应
12.
Theoretical Study on Stark Deceleration of CH Molecules and the Electric Field Measurement;
CH自由基分子Stark减速与静电场测量的理论研究
13.
The quantum symmetries in field theories for a gauge-invariant system with a higher-order Lagrangian;
场论中高阶微商规范系统的量子对称性质
14.
Theoretical Investigations of Zero-field Splitting Parameters and Local Structure of d～4 (Cr～(2+)) Ion in Tetragonal Field;
四角场中d～4（Cr～（2+））离子的零场分裂参量及局域结构的理论研究
15.
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。
16.
Theoretical and Experimental Investigation for the Entanglement Characteristics of Output Optical Fields from NOPO;
非简并光学参量振荡器输出场量子纠缠特性的理论与实验研究
17.
However, the theory ignores the interaction between the electron and a quantized electromagnetic field.
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。
18.
The additional energy band of carbon nanotubule in outside magnetic field is calculated with the quantum theory and electromagnetic field theory.
运用量子理论和电磁场理论计算了碳纳米管在外磁场中的附加能级.