1) COIL
[英][kɔɪl] [美][kɔɪl]
氧碘激光器
1.
THE EXPERIMENTAL STUDY ON THE TEMPORAL AND SPACIAL DEPENDENCE OF SMALL-SIGNAL GAIN IN A SUPERSONIC CW COIL;
氧碘激光器小信号增益时空分布的实验研究
2) COIL
[英][kɔɪl] [美][kɔɪl]
氧碘化学激光器
1.
The Application of Raman Spectrum on Measurements of Parameters for COIL;
拉曼散射光谱在氧碘化学激光器参数测试上的应用
2.
Three-point collimation technology of COIL resonator;
三点式氧碘化学激光器光腔准直技术
3.
Simulation of phase disturbance in COIL;
氧碘化学激光器中相位扰动的模拟研究
3) chemical oxygen iodine laser
化学氧碘激光器
1.
The key test of the airborne laser, megawatt -class chemical oxygen iodine laser and the flight testing of BC/FC system are introduced.
介绍了机载兆瓦级化学氧碘激光器的关键试验和束控-火控系统的飞行试验。
2.
The diagnostics of the chemical oxygen iodine laser (COIL)device are discussed systematically.
将化学氧碘激光器（ＣＯＩＬ）本身的诊断分述为流场特性诊断、气流混合诊断、增益介质诊断和光腔诊断，系统讨论了各种诊断的要求，并分别讨论了各种诊断的基本原理及方法。
4) COIL
[英][kɔɪl] [美][kɔɪl]
化学氧碘激光器
1.
Numerical simulation of chemical oxygen iodine laser(COIL) gases flows based on RADICL setup with vapor condensation was carried out,in which the materials and energy sources caused by vapor condensation were incorporated into our 3-D code,and the number density of drops were given.
在开发的化学氧碘激光器3维化学反应流程序中增设水汽凝结功能,模拟了以氦气和氮气作稀释气体条件下,基于RADICL装置喷管中含水汽凝结的流动。
2.
According to the demand of iodine vapor supplying system for COIL,a new iodine vapor supplying system was introduced.
碘蒸汽供应系统是化学氧碘激光器(COIL)的一个重要组成部分,其作用是为COIL提供碘蒸汽与单重态氧发生近共振传能,从而产生增益实现激光输出。
5) chemical oxygen iodine laser
氧碘化学激光器
1.
In order to study the injection field of a chemical oxygen iodine laser(COIL),the injection flows in supersonic COIL were simulated by solving the Reynolds averaged Navier-Stokes equations and species continuity equations based on four-stage Runge-Kutta time-stepping scheme on structured viscous mesh.
为了研究氧碘化学激光器喷流流场流动情况,采用数值方法求解二维可压缩非定常Navier-Stokes方程及组分连续方程,空间离散格式为AUSM+up格式,用四步龙格-库塔方法作显式时间推进,湍流粘性系数使用k-ε两方程湍流模型进行求解。
2.
In this work,multi-objective optimization platform OPTIMUS was carried out to analyze iodine inject positions for the chemical oxygen iodine laser in term of mixing degree,heat effect and chemical efficiency.
此工作以氧碘化学激光器为对象,初次将多目标数值优化平台OPTIMUS应用在激光器的设计中,对其关键问题之一:入碘孔位置进行拓扑优化设计。
补充资料：碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
药物名称：碘化磷酰硫胆碱
英文名：Echothiopate Iodide
别名：碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
适应症： 用于原发性青光眼、慢性单纯性（开角）青光眼、调节性内斜视。
用量用法： 滴眼：视病情选用０．０３％～０．０６％滴眼剂。必要时，可提高至０．１２５％～０．２５％，每日１～２次，每眼１～２滴。
注意事项：
1.可有虹膜及结合膜血管扩张、充血。过量时，由于强烈的缩瞳和调节痉挛，可致前额头痛、眼睑抽搐。 2.长期应用可引起白内障，过量吸收可出现急性痉挛性腹痛，甚至支气管痉挛等。
规格： 滴眼剂浓度：０．０３％、０．０６％、０．０１２５％、０．２５％。
类别：眼科用药\抗青光眼药
英文名：Echothiopate Iodide
别名：碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
适应症： 用于原发性青光眼、慢性单纯性（开角）青光眼、调节性内斜视。
用量用法： 滴眼：视病情选用０．０３％～０．０６％滴眼剂。必要时，可提高至０．１２５％～０．２５％，每日１～２次，每眼１～２滴。
注意事项：
1.可有虹膜及结合膜血管扩张、充血。过量时，由于强烈的缩瞳和调节痉挛，可致前额头痛、眼睑抽搐。 2.长期应用可引起白内障，过量吸收可出现急性痉挛性腹痛，甚至支气管痉挛等。
规格： 滴眼剂浓度：０．０３％、０．０６％、０．０１２５％、０．２５％。
类别：眼科用药\抗青光眼药
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