光子

Our conclusion is : For general transport equation and some special transport equations (slab geometry, spherical symmetry, pillar symmetry) we can evaluate some relevant physical quantities and geometrical properties from the exiting photon flux. The method we will use is to transform the transport equation into integral equation by integrating it along its characteristics, then we prove the nonlinear operator K is monotone and continuous with respect to its arguments and obtain the existence of K~-1. Consequently, we can evaluate some relevant physical quantities and geometrical property of the medium.

我们得到的结论是：无论对于一般的迁移方程，还是当介质具有某种对称性时(板对称、球对称、柱对称)的迁移方程，我们都可以根据泄漏的光子流估计介质各种相关物理量和几何特性，所用方法都是将迁移方程通过沿特征线积分转化为积分方程的形式，然后证明非线性算子K关于自变量的单调性和连续性，从而得到逆算子K~(-1)存在，进而达到估计介质各种相关物理量和几何特性的目的。

By making use of this developed DRS-Zhao-Wu-Cai method, we re-investigate in Chapter 6 the quantum thermal effect of Dirac particles and photons in some spherically symmetric black holes of Vaidya-type, and demonstrate that the Hawking radiation is asymmetric with respect to their different components in the advanced EF coordinate system.

用这个发展了的DRS-Zhao-Wu-Cai方法，在第六章中重新研究了Vaidya-型球对称黑洞中Dirac粒子和光子的量子热效应，表明在EF坐标系中Hawking辐射对它们的不同分量是不对称的。

As applications of the equation, light deflection in spherically symmetric gravitational field and frequency shift of light traveling through plane gravitational waves.

发现如果光子有静质量，那么光在球对称引力场中的偏折将随频率减小而增大；而因引力波引起的频移起伏将变小。

In this thesis, spontaneous emission from three-level atom in Photonic Crystal has been investigated.

本论文研究的主要内容为处于光子晶体内的三能级原子的自发辐射荧光行为。

There are different properties of spontaneous emission in vacuum field and Photonic Crystal.

在真空场和光子晶体中，原子的自发辐射荧光谱呈现不同的特性。

We have studied the properties of spontaneous emission from a three level atom embedded in a photonic crystal.

研究了三维光子晶体中三能级原子自发发射的性质。

The results show that the spontaneous emission of special light frequency that is in the range of photonic band gap is effectively restrained.

研究表明由于光子带隙的存在有效地抑制了频率位于带隙内光的自发辐射。

The intensity and phase of the external field can also control spontaneous emission from the atom.

驱动场的强度和入射位相也能控制光子晶体中三能级原子的自发辐射。

This character of the photonic crystal containing defect can be used to enhance spontaneous emission of atoms and to make narrow band filter.

光子晶体缺陷的这一性质具有很重要的实际用途，如增强原子的自发辐射、制作极窄带的选频滤波器等。

The spontaneous emission of a four-level atom embedded in a one-dimensional photonic crystal is investigated.

本文研究了处于各向同性的一维光子晶体中的单个四能级原子的自发发射性质。

What would he tell Judith and the children?

他将怎样告诉朱迪丝和孩子们呢？

I this is at that time, the opinion with peacockish true girl is full of in a heart.

这就是当时的我，一个心中布满虚荣的女孩子真实的想法。