1) cavity length control
腔长控制
1.
Application of DDC112 in cavity length control circuit of laser gyro;
DDC112在激光陀螺腔长控制电路中的应用
2.
In order to solve the problems in ring laser gyro s frequency stabilization and assure laser gyro s precision, a new kind of light path and cavity length control mirror has been demonstrated in this paper, adopting the combination of cavity length control mirror and angle control mirror to control its light path and cavity length.
<正>为了解决当前环形激光陀螺中激光器稳频措施存在的问题,保证激光陀螺的精度,设计了一种新型调腔用光路腔长控制镜,采用腔长控制镜和角度控制镜结合的方式同时控制激光陀螺光路及腔长。
2) cavity path length control mirror
腔长控制镜
1.
A new method was put forward to adjust the cavity by controlling the direction of cavity path length control mirrors, and a new type of mirror was designed.
通过分析传统激光陀螺的调腔方式,提出了激光陀螺应在实际工作条件(具有增益能力状态)下进行调腔的观点,以及通过控制其腔长或光程长来控制反射镜的反射方向的调腔方法,并相应地设计了新的腔长控制镜结构。
3) light path and cavity length control mirror
光路腔长控制镜
1.
In order to solve the problems in ring laser gyro s frequency stabilization and assure laser gyro s precision, a new kind of light path and cavity length control mirror has been demonstrated in this paper, adopting the combination of cavity length control mirror and angle control mirror to control its light path and cavity length.
<正>为了解决当前环形激光陀螺中激光器稳频措施存在的问题,保证激光陀螺的精度,设计了一种新型调腔用光路腔长控制镜,采用腔长控制镜和角度控制镜结合的方式同时控制激光陀螺光路及腔长。
4) loop length scan
腔长调制
1.
For the first time, the output characteristics of a fiber optic ring resonator (FORR) with loop length scan are derived.
首次从理论上导出了有腔长调制时光纤环形腔的输出特性，腔长调制对腔有效带宽影响的大小呈现出临界特性，得到了腔长调制速率大于临界值时有效带宽与调制速率之间的定量关系。
5) pressure sensing chamber
压力控制腔
1.
The principle and structure of a two-stage relief valve with a pressure sensing chamber are introduced.
分析了溢流阀内部的液阻、液容、弹簧刚度、主阀压力控制腔、阀芯端面直径等参数对溢流阀控制压力动态性能的影响。
6) controlled growth
控制生长
1.
The progress of controlled growth of nanoparticles
纳米粒子控制生长的研究进展
补充资料：钿带长中腔
【诗文】：
簇真香。似风前拆麝囊。嫩紫轻红，间斗异芳。风流富贵，自觉兰蕙荒。独占蕊珠春光。绣结流苏密织，魂梦悠扬。气融液散满洞房。朝寒料峭，殢娇不易当。著意要得韩郎。
【注释】：
【出处】：
引自"竹筠清课"http://www.zhuyunqingke.com/
簇真香。似风前拆麝囊。嫩紫轻红，间斗异芳。风流富贵，自觉兰蕙荒。独占蕊珠春光。绣结流苏密织，魂梦悠扬。气融液散满洞房。朝寒料峭，殢娇不易当。著意要得韩郎。
【注释】：
【出处】：
引自"竹筠清课"http://www.zhuyunqingke.com/
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条