1) planar ring micro-cavity
平面环形微腔
1.
Describe a novel displacement sensor with high sensitivity based on the tunneling effect and the parametric instability using the planar ring micro-cavity structure as the core component.
以平面环形微腔结构为核心器件,基于量子力学的隧道效应和"参量振荡不稳定"效应,结合理论计算及ANSYS和Beamprop仿真,设计出基于环形微腔结构的超高灵敏度位移传感器,特别是在1。
2) non-planar ring resonator
非平面环形腔
1.
The experimental results of LD pumped monolithic non-planar ring resonator (NPRO) single frequency Nd:YAG laser and LD pumped monolithic bonded crystal NPRO Tm:YAG laser are proposed.
报道了激光二极管(LD)抽运单块非平面环形腔(NPRO)Nd:YAG激光器和LD抽运单块键合晶体非平面环形腔Tm:YAG激光器实现单频运转的实验结果。
3) ring microresonator
环形微腔
1.
Effect of input pump power on active ring microresonator filter;
泵浦功率对有源环形微腔滤波器特性的影响
4) planar microcavity
平面微腔
5) annular micro-chamber
环形微细腔
1.
The influence of molar ratio of CH4/air and catalytic temperature for combustion in annular micro-chamber have been studied when Pt was used as catalyst.
为了研究微尺度下甲烷持续稳定燃烧的性能,采用催化燃烧方式对环形微细腔内甲烷与空气混合物在铂催化表面上的催化燃烧进行了数值模拟,研究了甲烷当量比、壁面温度对微通道内甲烷与空气混合物催化燃烧的甲烷转化效率的影响。
6) ring plane
环形平面
1.
Floor displacement is nearly changing along outer diameter of the ring plane.
7m,环形平面中心线弧长约236m,建筑总高度40。
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
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