黑光是一种基于经典物理大统一场理论的一种星星能源。
BlackLight power's novel power source is based on a new grand unified theory of classical physics.
但在聚合体存在的情形下，函数参数的数值不同于在均场近似下由经典朗道理论所得到的数值。
However, the values of the parameters of the function are different from those derived using the classical Landau theory based on the mean field approximation.
经典成核理论假设气泡核的形成是在静态条件下发生的，它没有反映在口模流场中动态因素(拉伸、剪切等)对气泡成核的影响。
Because classical nucleation theory supposes that bubble formation is occurred under static state, it doesn't reflect the effects of dynamic factors on bubble nucleation, such as shear and elongation.
根据偏微分方程在无穷小变换下的不变性理论，研究经典场的对称性质和守恒量。
According to the invariance theory of partial differential equations under the infinitesimal transformations, the symmetries and conserved quantities of classical fields are studied.
到目前为止，人们已分别从理论与实验两个方面研究了包括纠缠光场在内的各种类型的非经典光。
Up to now, many kinds of nonclassical states including entanglement states have been obtained in theory and experiments respectively.
这一研究可以帮助理解在超强激光条件下的经典的和量子的物理理论，可以促进强场物理领域的科学研究。
This study can help us to understand the classical and quantum physics theory in the condition of ultra-intense laser beam, and contribute to scientific research of strong field physics.
本文采用半经典理论方法研究了在短脉冲作用下，被共振微波场驱动的三能级原子极化强度振幅和粒子数差随时间的变化。
The Polarization and Population difference of the three-level atom, driven bya microwave field and interacted by a strong short laser pulse, is studied by me-ans of semiclassical theory in the paper.
二利用辛几何理论求解电磁波在二维凹面体散射中的传播问题，与经典的GO解比较，特别在焦散区得到较理想的场解。
Second, solve electromagnetic wave propagation of two-dimension concave objects by symplectic Geometrical Theory, and get better field solutions in caustic field2)comparing with classical GO method.
经典特征模理论提供了一套在导体表面形成加权正交系的特征电流，在无穷远球面上形成正交系的特征场。
The mode currents form a weighted orthogonal set over the conductor surface, and the mode fields form an orthogonal set over the sphere at infinity.
原子与激光场相互作用产生的自发辐射可以用经典电偶极辐射理论很好的描述。
The atomic fluorescence can be explained perfectly by the classical theories of electric dipole radiation.
采用半经典理论研究了冷原子喷泉与拉曼光场的相互作用过程，得到了冉赛(Ramsey)条纹。
The interaction process of the cold atomic fountain and the Raman laser field is studied with the semiclassical theory and the Ramsey fringes are acquired.
采用半经典理论研究了冷原子喷泉与拉曼光场的相互作用过程，得到了冉赛(Ramsey)条纹。
The interaction process of the cold atomic fountain and the Raman laser field is studied with the semiclassical theory and the Ramsey fringes are acquired.
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