光的量子理论

光的量子理论中的一个简要规则

A simple and important rule in the quantum theory of light

光的量子理论与这些观察完全相符。

The quantum theory of light is in complete accord with these observations .

在光的量子理论中，光子被原子中电子的吸收和发射是等价于电子与一个等效经典矢势的相互作用，这是一个简要规则。

In the quantum theory of light , the emission and absorption of a light quantum by an electron in the atom is equivalent to the interaction of the electron with the equivalent classical vector potential . This is a simple and important rule .

基于光场的量子理论，推导了量子理论下光场的表示方法。

Based on the quantum theory , expression of light field under quantum theory is deduced .

本文用光场的量子理论讨论多模激光场的二阶相干性的问题。

The second-order coherence of multimode lasers based on the quantum theory of light is studied in this paper .

本文根据我们新建的激光器模型，导出了非线性成形飞秒光脉冲的量子理论锁模方程。

In this paper , a quantum mode-locked equation has been established on the basis of a new laser model , that describes nonlinear shaping for femtosecond light pulse .

根据光场相干性的量子理论，导出了双模激光场的二阶相干度g~（2）（z）和时谱公式，给出了三种特例情形下的结果。

According to the quantum theory of coherence , we have derived the degree of second-order coherence , g ( 2 ) (τ), and the formula of it 's time-spectrum in a two-mode laser , and given the results under three specific cases .

本文以平面晶态波导结构中Frenkel激子为模型，建立光波导的微观量子理论。

The present article takes the Frenkel exciton in a crystalline planar waveguide as a model to set up a microscopic quantum theory of the optical waveguide .

共振光散射的时间量子理论

Time Quantum Theory of Resonance Light Scattering

光波导的微观量子理论

Microscopic quantum theory of the optical waveguide

光场衍射的量子理论

Quantum Theory of Diffraction of Light

用一种新提出的通用的非线性光脉冲传输的量子理论，我们研究了具有啁啾的光脉冲在正色散克尔介质中传输时的压缩比变化情况。

Based on a newly developed general quantum theory of nonlinear optical pulse propagation , the change of the squeezing ratios are studied as the propagation of the optical pulse with initial chirp in the normal dispersion Kerr media .

光异构化反应速率的量子理论

The Quantum Theory of Reactive Rate for Isomerization Photochemical Reaction

对于星地量子密钥分配，采用具有泊松分布的高度衰减激光脉冲作为单光子源，建立了由背景光引起的量子误码率理论模型，给出了量子误码率的表达式。

As to the satellite-to-ground quantum key distribution , the highly attenuated laser pulses with Poisson distribution are used as single-photon sources . The theoretical model of the quantum bit error rate caused by the background light is established and the expressions of the quantum bit error rate are given .