倍频晶体

再次介绍了市售常用的激光晶体和倍频晶体，从中选择适合我们设计的晶体材料，并对晶体材料的相关参数进行优化设计。

Commonly used commercially available re-introduced the laser crystal and frequency doubling crystal , from which we select the appropriate design of the crystal material , and the crystalline materials to optimize the design parameters .

NdxY（1-x）Al3（BO3）4激光自倍频晶体的光谱和敏化

Spectra and Sensitization of Laser Self & Frequency Doubling Crystal Nd_xY_ ( 1-x ) Al_3 ( BO_3 ) _4

深紫外倍频晶体KBe2（BO3）F2的合成与生长

Synthesis and Growth of a DUV NLO Crystal KBe_2 ( BO_3 ) F_2

本文对新型紫外倍频晶体偏硼酸钡（β-BaB2O4）的晶格振动进行了群论分析。

Lattice vibrations of barium metaborate (β - BaB2O4 ) crystal are analysed with the aid of group theory .

ICF驱动器长脉冲下三倍频晶体中的横向受激拉曼散射

Transverse stimulated Raman scattering in tripler of ICF driver for long pulse

倍频晶体KTP的特性；

The characteristic of the biaxial nonlinear crystal KTP ;

高效激光倍频晶体KTP的生长及主要性能

Growth of KTiOPO_4 crystal for high efficiency SHG devices and its main properties

倍频晶体为KDP和KDP。

Crystals for frequency doubling are KDP and KDP .

高效率KDP倍频晶体的精选

Selection of KDP doubling crystals with high conversion efficiencies

高功率全固态激光器腔内倍频晶体KTP温度场的解析分析

Temperature field analytical-analysis of intracavity doubling frequency crystal KTP in High power all-solid-state laser

新型激光自倍频晶体Cr：Nd：GdCa4O（BO3）3

New Laser Self frequency doubling Crystal Cr : Nd : Gd Ca_ 4O ( BO_3 ) _3

介绍了实验所用的激光晶体板条状Nd：YVO4的基本特性和光学特性及倍频晶体KTP的光学特性。

The main features and optical properties of Nd : YVO_4 and KTP are given .

KDP倍频晶体最佳长度的研究

Research on SHG Optimal Length KDP Crystal

报道了一种LD泵浦的被动调QNd：LuVO4激光器，其中，Cr4+：YAG作为可饱和吸收体，KTP作为倍频晶体。

A passively Q-switched laser was reported by using Cr4 + : YAG as saturable absorber and KTP as nonlinear crystal .

KTP倍频晶体和可饱和吸收体在激光腔内综合锁模效应的实验研究

Experimental Study of Pulsed Modelocked Nd : YAG Laser Based on the Combination of KTP Crystal and Saturable Absorber

对三种倍频晶体进行了比较，选择出LBO作为主要倍频晶体；

Three types of crystal were compared , we select LBO as the main frequency doubler .

DPSSL系统中矩形截面BBO倍频晶体热分析的研究

Thermal Analysis of BBO Double Frequency Crystal with Rectangular Section in DPSSL System

用BBO倍频晶体作为腔内自聚焦元件的自锁模钛宝石激光器

Self-mode-locked ti : sapphire laser using BBO crystal as an additional intracavity self-focusing element

介绍了实验所使用的激光晶体Nd：YAG的物理光学及热学特性和倍频晶体KTP与LBO的主要光学特性。

Besides , the characters of laser crystal Nd : YAG and nonlinear crystals of KTP and LBO are all introduced .

并对几种倍频晶体进行比较，选出较合适的倍频晶体BIBO。

And comparison of several frequency-doubling crystals , we select a more suitable frequency-doubling crystal BIBO .

其主要研究内容可概括如下：（1）通过对比几种常见的倍频晶体，选取KTP晶体作为倍频晶体。

The main contents were completed as follow : ( 1 ) By comparing several common nonlinear crystals , selected the KTP crystal for double-frequency .

通过ABCD矩阵，设计了Z型谐振腔，合理控制了模式匹配以及倍频晶体处的束腰半径。

Through the ABCD matrix , a Z type cavity was designed , a good pattern matching was achieved , and the waist radius of frequency doubling in the crystal was controlled .

LD侧面泵浦Nd~（3+）：YAG/KTP倍频晶体长度对660nm激光功率影响的分析

Analysis of double-frequency crystal length on output power in LD side-pumped Nd ~ ( 3 + ): YAG / KTP 660 nm laser

半导体激光倍频晶体硫氰酸汞镉（CMTC）显微结晶的研究

Study on Micro-crystallization of Cadmium Mercury Thiocyanate ( CMTC ) Crystal for Laser Diode Frequency Doubling

CLBO晶体的开裂影响了这种性能优良的紫外倍频晶体的实际应用。

CLBO is a new nonlinear optical crystal with excellent properties of laser frequency conversion to UV wavelength region .

Ca4GdO（BO3）3（GdCOB）是一种新型的自倍频晶体。

Ca 4GdO ( BO 3 ) 3 ( GdCOB ) is a new self frequency doubling ( SFD ) crystal .

本文介绍KTP（KTiOPO4）倍频晶体端面等厚度三层倍频双波长增透膜的设计和制备工艺。

A new design and preparation technique about the anti - reflective coating for SHG of KTP ( KTiOPO_4 ) crystals are introduced . The coating is composed of three different films with identical thick - ness .

简述了LD泵浦全固体蓝光激光器的发展历史和现状。讨论了产生蓝光的增益介质、倍频晶体、被动调Q晶体和已出现的直腔、V型腔及Z型腔的结构。

This paper introduces the developing history and conditions of the LD-pumped all solid-state blue laser , discusses gain media , frequency-doubled crystals , Q-switched crystals and configurations of the cavities , which are linear , " v " - shaped and " z " - shaped .

ICF驱动器在脉宽为3ns的长脉冲条件下运行时，三倍频晶体中的横向受激拉曼散射效应将比短脉冲条件下的效应更为显著。

When the laser driver for ICF works in the case of 3ns long pulse , the effect of transverse stimulated Raman scattering in tripler is more significant than that in the case of short pulse .

深入研究了YVO4激光晶体、LBO倍频晶体的特性，并与其它同类常用晶体进行了比较，阐明了绿激光产生过程中Nd∶YVO4／LBO组合的优势及不足。

The characteristic of Nd : YVO4 laser crystal and LBO double frequency crystal were deeply studied and compared with other crystals in the same kind . The advantages and shortages of assembling Nd : YVO4 / LBO were clarified in the process of producing green laser .