1) trihedral reflector
三腔镜
1.
The rotation angle of light will be enlarged if the S-polarized light passes through the chiral material many times along one direction in the trihedral reflector.
首次利用S偏振光的反射保偏特性,采用三腔镜法使S偏振方向的光沿一个方向多次通过手性材料来增大旋光角度的新方法,可较精确地测量旋光性较弱的手性材料的旋光角,实验证实了理论设想。
2) three mirror cavity
三镜腔
1.
A ray matrix of three mirror cavity containing kerr media is formed, with which a series of calculations can be performed.
建立含克尔介质在内的三镜腔的光线矩阵 ,以此计算 CW和 KL M运转状态下腔的稳定性条件、腔内某些位置的光束半径 ,以及输出镜处的克尔强度与内腔等效距离的关系 。
2.
The self mode locking operation of three mirror cavity and Cr∶LiSAF laser is realized experimentall
以自聚焦理论为基础，考虑象散补偿的情况，推导出包括ＬｉＳＡＦ晶体在内的三镜腔的非线性传输矩阵。
3) three-mirror-fold cavity
三镜折叠腔
1.
A LD-pumped Nd:YAG/LBO laser with three-mirror-fold cavity was presented to get watt-level high efficiency blue laser.
本文报道了利用LD泵浦Nd:YAG/LBO,三镜折叠腔结构,实现了高效的瓦级蓝光输出。
4) three-mirror compound resonator
三镜复合腔
1.
The parameters of the three-mirror compound resonator were theoretically obtained for the LD end-pumped Nd∶YVO4/KTP yellow laser with sum-frequency in the case of equal dual-wavelength photon number density.
对LD端面抽运Nd∶YVO4/KTP三镜复合腔结构的腔内和频黄光激光器,在满足参与和频的两基频光光子数密度相等的条件下,理论上得到了谐振腔的各个参数。
5) Laparoscopic three-hole method
腹腔镜三孔法
6) three-mirror quasi-optical cavity
三反射镜准光腔
1.
Based on the linear theory of gyrotron, and using the Laplace transformation and residue theorem, the kinetic theory of a novel gyrotron with three-mirror quasi-optical cavity is developed within the framework of the linearized Vlasov-Maxwell equations.
基于回旋管线性理论,运用Laplace变换和留数定理的方法,在线性Vlasov-Maxwell方程组的框架下,研究了特殊三反射镜准光腔回旋管的动力学理论。
2.
This dissertation presents a special kind of three-mirror quasi-optical cavity which lies between the traditional microwave resonator and the optical resonant cavity.
三反射镜准光腔是一种介于普通微波谐振腔与光学谐振腔之间的谐振系统,在发展新型电磁辐射源,尤其是基于真空电子学的高功率太赫兹辐射源方面可以发挥具大的作用。
补充资料：三腔管
三腔管
〖HT5”SS〗sengstaken?biackmore tube
三腔管为一种急救工具，长约1m，管的远端1/3段有一圆形胃气囊，中1/3段有一长圆形食管气囊。始端分叉成三个腔的开口，分别通向胃气囊、胃腔、食管气囊。管外壁标有45cm、60cm、65cm的3个刻度，即分别标明了至贲门、胃、幽门的距离。在门脉高压引起食管静脉和(或）胃底静脉曲张破裂出血时用以止血。
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