光

The illumination system has a facetted light-collimator (2) for collimating light emitted by the light emitters.

该照明系统具有多面光准直器(2)，用于准直由光发射器发射的光。

Nanometers photocatalytic principles and characteristics are introduced. Especially the advantages and disadvantages of decontaminating air are showed by single nanometer photocatalysis or activated carbon fibers. The advantages of their combination are analyzed.

本文重点介绍了纳米光催化原理、特点及纳米光催化或活性炭纤维单独净化空气时的优缺点，分析了将纳米光催化和活性炭纤维相结合的方式及优点。

A holographic pattern, formed adjacent to the material layer on a surface of at least one of the transparent substrates, changes a divergence angle of the light by diffracting or transmitting without diffraction the incident light according to change of the refractive index of the material layer.

与材料层相邻地形成在至少一个透明基底的表面上的全息图案根据材料层的折射率的改变通过衍射入射光或者无衍射地透射入射光来改变光的发散角。

Way of LED realizes dimming function can be divided into two categories:analog dimming and PWM dimming.

LED实现调光功能的方法可分为2种：模拟调光和PWM调光。

The process of dulling a surface, as of metal.

褪光表面褪光过程，金属的褪光

Light propagation in the facetted light-collimator is based on total internal reflection or on reflection at a reflective coating provided on the facets of the facetted light-collimator.

多面光准直器中的光传播基于全内反射和在提供于多面光准直器的棱面上的反射覆层处的反射进行。

Replacing the total reflecting mirror in the plane-parallel resonator by a compound TIR prism (so-called a plane-compound TIR prism resonator or a TIR prism resonator for short), the offset of output faculae was resolved satisfactorily.

根据泵浦光在聚光腔中的传播规律，提出了一种适合于小型化器件的相交圆柱聚光腔的设计方法。本文通过大量的实验和理论研究，完成了工程化的小型Cr〓：YAG被动调Q重频热传导自然冷却：YAG激光器的结构和参数设计，并确定了器件的最佳工作点，最后完成了样品机的生产。

Results show that the less the Stark shift is, which will weaken the interaction between the field and atom, and the higher the fidelities of the three systems are.

结果表明，斯塔克常数越小，原子和光场的关联就越弱，系统、光场和原子的保真度就越大；平均光子数越大，原子和光场的相互作用就越强，系统和原子的保真度就越小。

We investigate time evolution of the fidelities for an interacting system between a cascade three level atom and a binomial state field.

本文研究了二项式态光场与级联三能级厚子相互作用系统中原子，光场和整个系统的量子信息保真度的时间演化规律，讨论了光场参数和失谐量对量子信息保真度的影响。

In this paper, we discuss fidelities and fidelity amplitudes for some models including single-mode field interacting with atom system, two-mode field interacting with atom system, field interacting with atom by multiphoton process system and binomial field interacting with atom system and find some meaning result.

文章中具体研究了单模光场与原子相互作用系统、双模光场与原子相互系统、多光子过程与原子相互作用系统以及二项式光场与原子相互作用系统的保真度的演化特性，以及部分模型的保真度振幅的演化特性，并得出了许多有意义的结果。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。