1.
Discussion on CW laser oscillation process via optical Bloch equations
由光学布洛赫方程讨论连续激光振荡过程
2.
From the Hamiltonian of the atomic system,making use of Born-Markoff approximation,the optical Bloch equations are derived.
从系统的哈密顿量出发,利用玻恩马尔可夫近似,推导出了原子的光学布洛赫方程。
3.
We theoretically investigate the non-resonant interaction between ultrashort pulse laser and para-nitroaniline molecule medium by solving the full Maxwell-Bloch equations without approximation.
通过严格求解麦克斯韦—布洛赫方程,研究了超短脉冲激光与硝基苯胺分子材料的非共振相互作用。
4.
Bloch-Siegert effect
布洛赫-西格特效应
5.
The imaginary component of Bloch wave number can serve as a measure of the localization degree of the surface electron states.
表面电子态的局域程度可以用布洛赫波数虚部来表征。
6.
A Critical Review of the Influence of Durkheim's Theory and Methods in Sociology on Marc Bloch
评涂尔干的社会学理论和方法对马克·布洛赫的影响
7.
Terahertz Generation from Photonic Bloch Oscillations in One-Dimensional Quasi-Periodic Photonic Crystal
一维准周期光子晶体的太拉赫兹布洛赫振荡源
8.
Marc Bloch: Theory and Practice of Comparative History;
马克·布洛赫：比较史学的理论和实践
9.
Speaking in Defense of Historiography--Marc Blochis thoughts and feelings of hist oriography study;
为史学而辩护——马克·布洛赫的治史情怀
10.
Architectural Utopia in the Eye of Ernst Bloch
恩斯特·布洛赫视野中的建筑乌托邦
11.
Our results also indicate that the imaginary component of Bloch wave number can serve as a measure of the localization degree of the surface electron states.
此外 ,研究表明布洛赫波数的虚部可以作为一个衡量表面电子态局域程度的物理量 .
12.
“Concrete utopia” of Bloch represents the ontological concrete of Western Marxism.
布洛赫的“具体的乌托邦”则代表着当代西方马克思主义对具体性进行的本体论探索。
13.
Das Prinzip Hoffnung is one of the most important works of Ernst Bloch, a famous German neo-Marxist philosopher.
西方马克思主义哲学家恩斯特?布洛赫的《希望原理》是理解其思想的最主要文本之一。
14.
How Is Western "Scientific Historiography" Possible--Taking the Historical Thoughts of L.V.Ranke、M.Bloch and L.Stone for Examples;
西方“科学历史学”何以可能——以兰克、马克·布洛赫和劳伦斯·斯通的史学思想为例
15.
Lorentz-Lorenz equation
洛伦兹－洛伦茨方程
16.
THE ENERGY SPECTRUM AND THE WAVE FUNCTION OF BLOCH ELECTRON IN A UNIFORM MAGNETIC FIELD
布洛赫电子在均匀磁场中的能谱和波函数
17.
A Proof of the Bloch Theorem for One-dimensional Photonic Crystals
一维光子晶体中布洛赫定理的一个证明
18.
Introduction to Studies of Bloch Line Physics and Nanocomposite Materials
布洛赫线物理和纳米复合材料研究简述