1) laser transmission in ocean water
激光海水传输
2) Laser's underwater transmission
激光水下传输
3) laser transmission
激光传输
1.
Effect of atmospheric refraction and chromatic dispersion on laser transmission;
大气折射和色散对激光传输的影响
2.
Describes passage characteristic of laser transmission in the optical channel from analyzing absorption and scattering of ocean water and atmosphere.
从分析海水、大气对光的吸收和散射出发,对海水、海水/大气界面及大气等各种因素对激光传输的影响作了较全面的描述,并由此推出蓝绿激光通过上行传输信道后接收信号的能量方程。
3.
0,the simulation engine to Vega,the Matlab and SG99 to real-time data processing tools,the laser transmission dev.
基于激光传输装置的运行需求,提出了一种基于虚拟样机技术的模拟仿真方案。
4) laser propagation
激光传输
1.
The characteristic of laser propagation in the atmosphere is a key issue while designing photoelectric sensor of laser detector.
本文分析了对流层中影响激光传输的各种因素,给出了在晴朗、雾、霾、雨、雪等各种天气状况下1。
2.
In order to study the effect on laser propagation in the atmospheric turbulence,the model of intensity distribution on the receiver plane was derived based on laser propagation in the atmospheric turbulence.
为了研究大气湍流对激光传输的影响,以大气湍流的激光传输效应为基础,建立了激光到达接收面的光强分布模型。
3.
Various effects of laser propagation generating in the atmosphere have been simulated to realize test condition of the laser propagation in lab.
给出了该系统的硬件设计和系统工作状态下模拟激光传输时各种效应的理论模型。
5) propagation of intense laser beam
强激光传输
补充资料：海水增养殖(见海水养殖、海水增殖)
海水增养殖(见海水养殖、海水增殖)
marine aquaculture
_一一’‘~’‘以，’日y以.1日乙川髦增养殖(~ne aquacultu祀’见海水养殖·海水
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