Laser Physics

Opinion on Reforming the Teaching Contents of Laser Physics

对改革激光物理教学内容的见解

The Optoelectronic Stealth Technology and its Countermeasure Laser Physics and Laser Stealth Technology

水面舰艇的光电隐身技术及对策激光物理与激光隐身技术

The teaching method of case study in laser physics

激光物理学的案例教学法

Laser Physics in Optical Fibres Laser : on the Cavity Structure

光纤激光器的谐振腔结构

To probe into the process of the naissance and forepart development of Laser Physics

激光物理的创立及早期的发展

In the second part , I briefly probe the naissance of laser physics based many original literatures .

第二部分主要通过一些原始论文详细地探讨了激光物理的创立过程。

Quantum coherence and interference has become one of the important forward subjects in laser physics and quantum optics .

量子相干与干涉是目前激光物理与量子光学领域的重要前沿课题之一。

Finite element method for solving fredholm - ⅱ equation with continuous kernels and its application in laser physics

具有连续核的Fredholm第二型方程的有限元解及其在激光物理中的应用

Depict the naissance , content , the infection to laser physics of microwave spectroscopy .

这部分叙述了微波波谱学的产生背景、研究内容及其对激光物理的影响；

Fabrication of Formvar film for laser physics experiments

激光物理实验用高聚物薄膜材料的制备

Recently , atomic coherence or quantum interference effect has been the important work in quantum optics and laser physics .

近年来，原子相干或量子干涉效应是量子光学和激光物理学的重要前沿课题。

Advances in laser physics and its applications triggered the proposition and development of Laser Astrodynamics .

近年来激光物理与应用的进展促成了激光天文动力学空间任务概念的提出。

In this paper , a new concept of laser physics , the degree of gain satura-tion , is presented .

本文提出一个激光物理学的新概念：增益饱和深度。

In addition , the research on atoms in strong fields influence the astrophysics , plasma physics and laser physics directly .

原子外场效应的研究对天体物理、等离子物理、激光物理等重要学科领域产生了直接影响。

The development of laser physics , nuclear physics and chemical nuclear experiment is restricted by the preparation of self-supporting film .

能否成功制备自支撑薄膜不仅制约着激光和核物理研究的发展，而且限制了原子核化学试验的开展。

In recent years , many studies on the optical methods to measure the position of the atom are the important works in laser physics .

近年来，对基于光学方法的原子局域化进行研究是激光物理学领域中的重要前沿课题之一。

This dissertation is to probe into the process of the the naissance and forepart development of Laser Physics .

本论文对激光物理的创立及其早期发展的历史过程进行了探讨。

Estimation of Some Parameters of He-Ne Lasers at Seven Different Wavelengthes Utilizing the General Conceptions of Laser Physics

用激光物理基本概念估算七种波长的实用性He-Ne激光器部分参量

The research for quantum interference in atoms , molecules and ions is an interesting topic in the field of laser physics and quantum optics .

原子、分子和离子体系中的量子干涉效应是近年来激光物理和量子光学领域的一个研究热点。

Recently , much attention has been attracted to the theory and experiment about nonlinearity at the low light levels in the quantum optics and laser physics fields .

近年来，有关弱光下非线性效应的理论和实验逐渐成为量子光学和激光物理学中重要的前沿课题。

Interaction of photon with atoms and ions is a fundamental process important in such areas as astrophysics , plasmas physics and laser physics and more .

原子和离子光电离在天体物理和等离子体物理等许多物理过程中都具有重要的意义。

The new relative subjects , such as femtosecond laser physics , femtosecond laser chemistry , femtosecond optical soliton communication and femtosecond electronics , were reviewed .

对与飞秒激光技术相关的几个新兴学科，如飞秒激光物理学、飞秒激光化学、飞秒光孤子通讯和飞秒电子学给予概括评述。

The nonlinear dynamics of semiconductor lasers ( SLs ) have been extensively studied due to their wide applications in laser physics , optical communications and other fields .

由于半导体激光器的非线性动力学特性在激光物理、光通信、光混沌保密通信等领域的广泛应用，从而受到人们的广泛关注。

As we know , saturable absorption ( SA ) has been extensively applied in laser physics , such as mode locking and optical bistability and so on .

例如，饱和吸收性质已经被广泛应用在激光物理中，如锁模、光学双稳器件等。

The atomic diffraction provides a way to slow , cool and trap atoms , and plays an essential role in the research of atom optics , nonlinear optics and laser physics .

原子在光场中衍射理论为减速，冷却和捕获原子提供了理论依据，在原子光学，非线性光学以及激光物理的研究中扮演着重要角色。

Laguerre-Gaussian beams ( LGB ) have important applications in laser physics , free-space optical communication , atom optics , electron acceleration and particles trapping asits special properties .

拉盖尔高斯光束在激光物理、光通讯、原子光学、电子加速、光学成像、光学捕获等领域都有着重要的应用价值。

Powder random lasers have become a hotspot in laser physics . In the past decade , several experiments on this type of random lasers have been reported , thus many theoretical models have been developed to explain the experimental results .

粉末随机激光器近年来已成为激光物理界的一个研究热点，在过去的十多年里，有关此类激光器的实验报道不断出现，各种理论模型也层出不穷。

Many complicated processes are found to exist in this nozzle and contiguous cavity , including gas dynamics , nonequilibrium chemical kinetics , and laser physics of gain mediums . It is important to investigate into these key processes systematically .

喷管光腔内会发生多种复杂的物理化学过程，涉及气体动力学、化学非平衡反应动力学以及增益介质的激光物理学，因此对这些关键过程开展全面深入的研究具有十分重要的意义。

Biharmonic signals are widely applied in communication technology , laser physics , ion physics , acoustics , neuroscience , etc. Hence , the investigation of VR and its control have important and potential values in a wide range of fields .

双频信号在通讯技术、激光物理、离子物理、声学、神经科学等领域具有广泛的应用，因此研究振动共振具有重要的意义，实现对振动共振的控制在诸多领域具有潜在的价值。

We believe that this scheme has great potential to markedly increase the mid-infrared pulse energy , which will pave the way for the generation and application of not only intense ultrafast coherent extreme ultraviolet X ray but also high-intensity laser physics .

我们相信该方案在显著提高中红外脉冲能量方面有巨大的潜力，这不仅为高强度超快极紫外相干X射线的产生和应用，还将为高能激光物理的发展打下基础。