全固态绿光激光器,all-solid-state green laser
1)all-solid-state green laser全固态绿光激光器
1.Optoelectronic feedback to adjust the driver current of pumping source is used to stabilize the output power of theall-solid-state green laser.采用光电反馈调节泵浦源驱动电流的方法,稳定全固态绿光激光器的输出功率。
2.Green problem"exists inall-solid-state green lasers and limits their applications.全固态绿光激光器存在"绿光噪声"问题,限制了它的应用。
3.In this paper, research on the resonator of a high-average-power high stabilization 85 Wall-solid-state green laser was reported.报道了对平均功率达 85W的高功率、高稳定性全固态绿光激光器谐振腔特性的研究 ,将高平均功率运转条件下的KTP倍频晶体的热透镜效应等效为一个薄透镜 ,利用ABCD传输矩阵 ,通过图解方法定性地讨论了KTP晶体的热透镜效应对谐振腔的稳定性和腔内激光模式的巨大影响 ,理论分析表明适当大小的倍频晶体热透镜焦距不但可以有效地补偿Nd∶YAG棒的热透镜效应 ,而且对增大激光介质中的模体积和在倍频晶体处提高功率密度都有积极作用。
英文短句/例句
1.Research on High-Power All-Solid-State Green Laser and Its Application;高功率全固态绿光激光器及其应用研究
2.Design of Z type all-solid-state green laser insensitive to thermal effect热效应不敏感的Z型全固态绿光激光器设计
3.Thermally Insensitive LD Pumped Nd∶GdVO_4/KTP All-solid-state Green Laser热效应不敏感的Nd∶GdVO_4/KTP全固态绿光激光器设计
4.Study on High-Power, High-Brightness All-Solid-State Green Laser and Ultraviolet Band Laser;大功率、高亮度全固态绿光激光器及紫外激光器研究
5.Study on High Power All-solid-state Nd:YVO_4/LBO Green Laser;大功率全固态Nd:YVO_4/LBO绿光激光器研究
6.Study on LD Pumped CW Nd:GdVO_4 All-solid-state Blue and Green Laser;LD泵浦Nd：GdVO_4全固态蓝绿激光器的研究
7.Investigation on All-solid-state IR, Green and UV Laser with Short Pulse Duration;全固态窄脉宽红外、绿光及紫外激光器的研究
8.Study on High-power All-solid-state CW Green Laser of LD Side-pumped Nd:YAG/KTP;LD侧泵全固态Nd：YAG/KTP高功率连续绿光激光器研究
9.LD-pumped all-solid-state high-power Nd:YAG/KTP CW green laserLD侧泵全固态Nd:YAG/KTP高功率连续绿光激光器
10.All-solid-state quasi-CW Nd∶YVO_4/LBO green laser with TEM_(00) operation全固态准连续TEM_(00)模Nd∶YVO_4/LBO绿光激光器
11.All-solid-state continuous-wave doubly resonant all-intracavity sum-frequency mixing yellow-green laser at 554.9nm全固态复合内腔和频554.9nm连续波黄-绿光激光器
12.All-Solid-State CW 12.9 W TEM_(00) Mode Green Laser输出功率12.9 W的全固态连续TEM_(00)模绿光激光器
13.Study on High Power All-solid-state CW Green Laser of LD Single-End-Pumped Nd: YVO_4/LBO;半导体激光单端泵浦的大功率全固态Nd:YVO_4/LBO连续绿光激光器研究
14.All-solid-state Contiuous Wave Nd: YAG 473nm Laser;全固态连续波Nd：YAG473nm激光器
15.The Research on All-Solid-State High Power Green Laser Based on Composite Ceramic Material;基于复合陶瓷多晶的全固态高功率绿光激光器的研究
16.Study on High Power LD Side-Pumped Green Laser and Ultraviolet Laser;LD侧面泵浦全固态大功率绿光及紫外激光器研究
17.Study on High Power All-solid-state Quasi-CW Green Laser of LD Side-Pumped Nd:YAG/KTP;LD侧面泵浦全固态大功率Nd：YAG/KTP准连续绿光激光器研究
18.The Research of LD Pumped Green Little Power Continuous Solid-State Laser and the Driver;LD泵浦绿光小功率全固态连续激光器及其驱动源的研究
相关短句/例句
All-solid RGB lasers全固态红、绿、蓝激光器
1.All-solid RGB lasers can provide laser display with optical source, so it’s important to study RGB laser both at theory and pactice.全固态红、绿、蓝激光器可以为大屏幕激光显示提供光源,它的实现是大屏幕激光显示的关键技术。
3)all-solid-state laser全固态激光器
1.Thermal effect research of Nd~(3+) doped laser crystals in end-pumpedall-solid-state lasers;全固态激光器中掺Nd~(3+)离子激光晶体热效应的研究
2.The output properties onall-solid-state laser of 885 nm LD high-requency side-pumped Nd∶YAG under the different refuetivities and the injedion currents are researched.对不同反射率和注入电流下885nm LD高重频侧面泵浦Nd∶YAG全固态激光器的输出特性进行了实验研究,实验表明1 064 nm激光脉冲输出能量随注入电流的增加而增大,泵浦频率越高,脉冲输出能量增长越慢。
3.Laser Diode pumpedall-solid-state laser has been one of key research branches in the solid-state laser field recently.LD泵浦的全固态激光器是近年来固态激光器研究的热点之一。
4)solid-state laser全固态激光器
5)355nm all-solid-state laser355nm全固态激光器
6)all-solid-state 266 nm laser全固态266nm激光器
延伸阅读
大光腔激光器光学谐振腔较大的异质结激光器，简称 LOC激光器。为了增大光腔以获得较大的脉冲功率，70年代初H.克莱塞尔等在普通双异质结激光器的有源区和光限制层之间加入一个无源波导区。波导区与有源区一起组成谐振腔，有源区与波导区的厚度可以独立地控制。这样，有源区较窄可使它的阈电流较小、效率较高，而光腔大可使它有较小的发射角和较高的脉冲输出功率。图1a为最初研制的一种大光腔激光器各层结构的剖面图。图1b和图1c分别为各层材料的禁带宽度和折射率分布。图中1、2、3、4各层的厚度分别为d1、d2、d3、d4。图2a为分别限制的五层结构大光腔激光器的各层结构，图2b和2c分别为各层材料的禁带宽度和折射率分布。在大光腔激光器（图1）中，1层和4层的GaAlAs对光和载流子有很好的限制作用，同时N-GaAs对有源区发出的激光辐射的吸收系数低，这两个特点保证了大光腔激光器的阈值电流低和微分量子效率高。由于引入了波导层d2，谐振腔的出光面积由原来的d3×w 增加到(d2+d3)×w(w为器件宽度)。因而在输出功率较大情况下，仍不会超过激光器端面的破坏功率密度。腔面增大还使垂直于结方向的发射角θ减小。这些性能使大光腔激光器在光自动控制、长距离光纤通信、光测距等方面得到应用。大光腔结构也被应用在制造单模双异质结激光器上。采用光和载流子分别限制的办法，使控制模式和光束大小比较灵活，因而可获得单模高功率输出。
