VAP晶体是一种新型激光工作物质。
我们有一种工作物质。
从这个讨论出发，有可能寻找新探头工作物质。
From this discussion, we are able to look for some new sensor materials.
对第二工作相冷却工作物质的热管理模型进行了讨论。
A heat management mode for cooling the active medium in the second operating phase was discussed also.
这些结果表明，该材料是室温附近磁制冷合适的工作物质。
These results suggested that this material is a suitable candidate as working substance in magnetic refrigeration near room temperature.
液晶作为腔内工作物质，其损耗对器件的性能有重要的影响。
The loss of LC, which is used as work substance in the cavity, has great effects on the characteristics of this device.
并且，在一定的输入功率下，对工作物质的热焦距进行测量。
And measure the thermal focal length of the material on the work in certain input power and output power.
通过选择合适的工作物质可以提高气泡室的灵敏度和探测效率。
The sensitivity and the detective efficiency of bubble camber can be enhanced by choosing appropriate work matter.
介绍了固体激光器中复合结构工作物质的概念、优点和制作方法。
The conception and merit and fabrication method of composite configuration operation material in solid state lasers is introduced.
文中报道了用于高平均功率板条状工作物质激光器的谐振腔设计。
The paper discusses resonator design of high average power solid-state slab geometry laser.
提出脉冲激光工作物质热焦距的精确测量方法，并对其进行了讨论。
An accurate method for measuring the focal lengths of the pulse pump-induced lenses in laser media is presented and discussed.
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared laser was obtained.
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared lase...
在该角度下，工作物质有最大的激活体积，并可获得较高的远红外激光输出。
At this Angle active volume of the working material was maximized, and higher output of the far infrared laser was obtain...
晶体外观完整，无宏观缺陷，有望作为激光工作物质用于强固体热容激光器中。
It was expected to be used in the high power solid state heat capacity laser.
本文建立了一种求解激光工作物质综合加宽机制下谱线线型函数统一的数学方法。
The mathematics method on the complete function of integrated broadening optical lineshape for laser material is given.
根据工作物质热焦距设计谐振腔的具体参数。按理论组装出一套激光器进行试验。
According to the matter heat working focus designs concrete resonant cavity parameter and according to theory, assembling produces a set of laser device for carrying out an experiment.
分析了对固体激光介质热效应有重要影响的工作物质、泵浦源，研究了热透镜产生的原因。
We research the issue of heat effect in the laser medium, analysis the work of substances, pump source, the cause of thermal lens which has an important impact on solid-state laser medium heat effect.
激光波长处于大气传输窗口，对大气变化不敏感；工作物质快速流动，不存在热透镜效应和破坏阈值；
The laser work media flows fast, and it has no the thermal lens effect and damage threshold.
根据所测参数的实验数据，对其激光特性进行分析、总结，得出此种晶体作为激光工作物质所存在的潜力。
The laser characteristics are analyzed and summarized with the experimented data. In this way, as one of the working-laser material, the potential of the crystal can be acquired.
本文报导了在液氮温度范围内进行的微波受激发射的实验现象，工作物质是铬离子浓度为0.1％的人造红宝石。
An experimental observation on stimulated emission of radiation at liquid nitrogen temperature is reported. The paramagnetic material is synthetic ruby with about 0.1% chromium in Al2O3.
本文基于对上述模型的设计，讨论了谐振腔中工作物质的摆放，引导光束并且进行模式选择的选模光纤和锁模器件。
The place rule of work material, laser fiber to select mode and mode locking apparatus are researched in this paper.
简要评述了激光陶瓷的研究进展，作为固体激光工作物质，已显示出较目前常用的激光晶体和激光玻璃具有潜在优势。
The research development of laser ceramic is stated simply. As solid laser material, laser ceramic has showed its potential advantages in comparison with the normal laser crystal and glass used now.
寻求适合LD泵浦的激光工作物质是提高DPSSL效率的一个关键的因素，为此，兴起了一场探索新型激光晶体的热潮。
It is a very pivotal factor for the DPSSL to search for laser materials that are suitable for LD pumping, therefore, the upsurge for exploring new laser crystal materials is rising.
基于统计力学的性质推导出了顺磁系统的热力学关系，并构建了以满足居里定律的顺磁材料为工作物质的一般磁布雷顿制冷循环模型。
Using the paramagnetic salt restricted to the Curie law as the working substance, a general model of magnetic Brayton refrigeration cycle is established.
本文建立了一种求解激光工作物质综合加宽机制下谱线线型函数统一的数学方法。分析、讨论了激光工作物质在各种加宽机制下光谱线线型函数的基本特性。
The mathematics method on the complete function of integrated broadening optical lineshape for laser material is given. The basic proper ties of the complete lineshape function are analyzed.
脉冲铒YAG固体激光电源为氙灯提供能量，氙灯是激光的泵浦源，它燃烧发光激发工作物质铒YAG产生激光，因此激光电源的性能直接影响到激光光束的质量。
Power supply system provides flash energy to Xe lamp. Pumping of Er:YAG laser rod is provided by Xe lamp. Pulse solid laser power directly affects the attribute of laser.
脉冲铒YAG固体激光电源为氙灯提供能量，氙灯是激光的泵浦源，它燃烧发光激发工作物质铒YAG产生激光，因此激光电源的性能直接影响到激光光束的质量。
Power supply system provides flash energy to Xe lamp. Pumping of Er:YAG laser rod is provided by Xe lamp. Pulse solid laser power directly affects the attribute of laser.
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