线偏振激光

非相对论线偏振激光下的J×B加热

J × B heating by non - relativistic linearly polarized laser light

在对偏振光进行Stokes参量法描述的基础上，用线偏振激光对六种不同材料的目标进行了主动成像实验。

Based on description of polarization laser with stokes parameter , active imaging experiment is taken on six targets of different stuff .

采用光束分割法及光的干涉原理，对线偏振激光通过泰勒（Taylor）偏光棱镜后的透射比变化情况进行了分析。

On the basis of the interference theory , by decomposing the single wave beam , the transmission of polarized light passing through a rotating Taylor analyzer is calculated .

利用经典电磁辐射理论研究周期量级线偏振激光脉冲的90°Thomson线性散射。

Based on the classical electromagnetic radiation theory , the spectral characteristics of 90 ° linear Thomson scattering with linearly polarized few-cycle laser pulses were obtained .

532nm和808nm激光及其线偏振激光辐照人正常膀胱与膀胱癌组织光学特性

Optical Properties of Human Normal Bladder and Bladder Cancer Tissue at 532 nm and 808 nm Laser and Their Linearly Polarized Laser Irradiation In vitro

主激光器方面，利用F-P标准具法实现了主激光器的稳定、可调谐单纵模激光输出，并在此基础上进行了改进实验，提高了输出单纵模功率，实现种子光的线偏振激光输出。

For the master laser , by inserting two F-P etalons to the cavity , stable , single longitudinal mode and tunable laser output was realized . Furthermore , experiments are carried out to improve the output power of SLM linear-polarized laser laser .

Ar~+激光和532nm激光及其线偏振激光辐照光学模型下人正常小肠组织光学特性

Optical Properties of Human Normal Small Intestine Tissue with Theoretical Model of Optics about Biological Tissues at Ar ~ + Laser and 532 nm Laser and Their Linearly Polarized Laser Irradiation in Vitro

在注入泵浦功率为1.5W的条件下，获得268mW的稳定TEM00模线偏振激光输出，斜效率达24.3%，M2因子小于1.3。

When the incident pump power is 1.5 W , CW TEM_ ( 00 ) linear polarization output powre of 268 mW is obtained . The slope-efficiency is 24.3 % . Beam quality factor M ~ 2 is less than 1.3 .

膀胱癌组织对532nm和808nm激光及其线偏振激光的衰减明显较正常膀胱组织的要大。

Attenuation of light intensities in human bladder cancer tissue at 532 nm and 808 nm laser and their linearly polarized laser irradiation was obviously bigger than one of human normal bladder tissue at 532 nm and 808 nm laser and their linearly polarized laser irradiation .

基于线偏振激光主动成像的目标探测与识别

Target Detection and Identification Based on Linear Polarization Laser Active Imaging

阐述了一种增加线偏振激光输出的新型谐振腔理论分析和实验研究。

A theory analysis and experiment of a novel increase polarized laser output oscillator are reported .

人膀胱癌组织对不同波长的激光及其线偏振激光的衰减特性比较研究

Comparative Research on Attenuation Characteristics of Human Bladder Cancer Tissue at Different Wavelengths of Laser and Their Linearly Polarized Laser in Vitro

本文用程函近似研究了存在低频线偏振激光场时（偶极近似）电子&氢原子弹性与非弹性散射过程。

Processes of the e-H elastic and inelastic scattering in the presence of a low-frequency linearly polarized laser filed is studied in eikonal approximation .

与线偏振激光相比，圆偏振激光所开辟的通道更有利于后续点火脉冲的传播。

Compared with the Linear-polarized laser , the channels formed by circularly polarized laser is more conducive to the propagation of the ignition pulse .

由于发射系统以及接收系统都需要进行分光，并且所用检测光束以及接收光束都必须是线偏振激光。

As the emitting system and the receiving system requires beam splitting , and the detecting beam and the receiving beam must be linearly polarized laser .

目的研究4个波长（476.5488496.5514.5nm）的Ar+激光及其线偏振激光辐照人膀胱癌与人正常膀胱组织的光学特性参数的差异。

Objective Differences of optical properties of human bladder cancer and human normal bladder tissues at 476.5 , 488 , 496.5 and 514.5 nm Ar + laser and their linearly polarized laser irradiation were studied .

人膀胱癌组织对808nm激光及其线偏振激光的光学特性参量均没有显著性差异（P>005），表明人膀胱癌组织对808nm线偏振激光的退偏振较大。

All parameters of optical properties of human bladder cancer tissue for 808 nm laser and the linearly polarized laser had not prominent distinction ( P > 0.05 ) which showed that the depolarization of human bladder cancer tissue to 808 nm linearly polarized irradiation was very big .

会聚线偏振强激光场中氢原子的能态变化

Structure distortion of hydrogen atom in a strong converging laser field of linear polarization

其中有的含Cr离子晶体还具有偏振方向选择的吸收特性，不加任何偏振元件即可输出线偏振的脉冲激光，这对于腔内倍频是一个非常好的特性。

Among these , some Cr4 + - doped crystals have the character of polarized absorb , and can obtain the linear polarized output pulse laser without any polarizer .

利用偏振镜得到了线偏振的脉冲激光输出，并且和角锥棱镜一起改变腔内偏振态。

By using polarization , pulse output of linear polarization state is obtained .

实验研究了圆偏振和线偏振高强度飞秒激光脉冲在正常色散材料中传输时的时空自压缩现象。

Spatiotemporal self-compression of high-intensity femtosecond pulses with linear and circular polarization in normally dispersive media is experimentally studied .