light quantum的例句大全

quantum size effect and light absorption of nano titania and fe(ⅲ)-doped titania

纳米TiO2及Fe（Ⅲ）掺杂纳米TiO2的光吸收量子尺寸效应

quantum confinement effect and strong visible light emission from porous silicon

量子限制效应与多孔硅强可见光发射

nano-silicon structure has many optoelectronic characteristics differ from bulk silicon due to its quantum confinement effect. it show extensive application prospect in light-emitting device, light-detector, optoelectronic integrated device, and sensor.

硅纳米结构由于量子限制效应有许多不同于体硅的光学及光电性能，它在发光器件、光探测器件、光电集成器件以及传感器等领域有广阔的应用前景。

meanwhile, the absorption spectrum of the sodium borosilicate glasses appeared and shifted toward red light because of these quantum dots, indicated that the significant quantum confinement effect might have occured in the glasses.

钠硼硅玻璃的吸收光谱也随着这些量子点的引入产生了明显的红移，说明存在着较强的量子限域效应。

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

光的量子理论与这些观察完全相符.

The lnteraction of mesoscopic Josephson junction with a single mode quantum light field was investigated.

研究了介观约瑟夫森结与单模量子光场相互作用的规律.

The idea that quantum theory comes from experiments with light.

发展量子论的概念来自光的实验.

Light-cone Methods in Quantum Chromodynamics

量子色动力学的光锥方法

Light slows down in matter because of quantum mechanical interactions with the atoms.

光在介质中传播时会因为与原子的量子交互作用而减慢.

A simple and important rule in the quantum theory of light

光的量子理论中的一个简要规则

Introduced small disturbance theory in quantum mechanism into SMI effects, and put forward the idea of replacing the light source of LED for the first time.

首次将量子力学的微扰论引入自混合干涉效应，首次提出用LED作为自混合干涉测量光源的设想。

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

基于光场的量子理论，推导了量子理论下光场的表示方法。

Quantum optics, based on the quantum theory, mainly research the quantum characters of the optical field and the quantum effect of the interaction between light and matter.

量子光学是建立在量子力学基础之上的一门学科，主要研究光场的量子特性，以及光与物质之间相互作用的量子效应。

On the squeezing effect of the light field in a Λ-type degenerate quantum-beat three-level system

∧-型简并量子拍频三能级系统中的光场压缩效应

In this paper, the dressed atom approach is used to discuss gain, small signal gain, saturation light intensity, threshold condition and stable light intensity of CW degenerate quantum-beat laser.

采用饰缀（dressed）原子方法，讨论了被共振微波场驱动的三能级原子系统简并量子拍频激光器的增益系数，小信号增益系数、饱和光强、阈值条件和稳态光强。

In recent years, the research of quantum imaging for thermal light in visible range has obtained significant breakthrough.

近年来可见光波段经典热光场的量子成像已有大量的研究工作并取得了重要的进展。

The intensity correlated quantum imaging experiment and application with thermal light restricted by the high bright thermal light to some extent.

高亮度的辐照热光源一定程度上限制了基于经典热光场的强度关联量子成像技术的实验研究和广泛应用。

We also analyse the photon picture of thermal light correlated imaging, and provides a more profound interpretation of thermal light correlated imaging with the principle of quantum mechanics. ( Chapter four)

同时还从量子理论基本原理的角度分析了热光关联成像，给出了其更为深刻的诠释。（第四章）

However, the recent studies showed that the thermal light sources can also realize correlated imaging and correlated interference, and thus brake the limitation of quantum entangled source. The inquiry that correlated imaging concerns quantum entanglement or classical correlation was evoked.

然而近期一系列的研究证明，热光也可以实现关联成像和关联干涉。这打破了纠缠光源的局限性，同时也引发了热光关联成像的量子本质与经典本质之争。

Spectrum properties of light conversion agricultural films about transmittance, radiant intensity quantum current density were determined and analyzed, and spectra distribution of sunlight and transmissible light through the film were given.

测试分析了转光农膜的透光值、辐射强度、量子流密度等光谱特性，并给出了北京地区自然光和转光膜透过光的光谱分布。