1) atmospheric transmission
大气传输特性
1.
In this paper,by using the international atmospheric transmission simulation package LOWTRAN,the atmospheric ultraviolet transmission under varying conditions of geographical locations,heights above sea level,visibility,directions of light pathways and the transmission ranges are analyzed,and the simulation results thus obtained not only can basically exe.
本文通过采用国际上公认的大气传输特性模拟软件包 L OWTRAN,对由于地理位置、海拔高度、能见度、路径方向以及传输距离等几种因素变化的大气紫外传输特性进行了模拟分析。
2) atmospheric transmission characteristic
大气传输特性
1.
After researching on the atmospheric transmission characteristic and light source characteris.
通过对大气传输特性、光源发光特性的研究,研制出一套基于二进制移频键控(2FSK)方法的调制系统。
3) atmospheric transmission
大气传输
1.
Atmospheric transmission property of 1.06μm laser;
1.06μm激光的大气传输特性
2.
In this paper,the atmospheric transmission property of 1.
06μm激光大气传输特性做了简单化的处理,指出影响传输特性的重要因素是大气的散射。
3.
The actual detecting capabilities of lidar system are closely related to the properties of atmospheric transmission.
大气探测激光雷达的实际探测能力与激光的大气传输衰减有密切的关系。
4) atmosphere transmission
大气传输
1.
The signal injection simulation can be divided into four parts: target, background, atmosphere transmission and sensor.
列举了海洋背景红外热像生成中的关键技术,从目标温度和发射率的确定、背景的辐射、大气传输、传感器建模几个方面阐述了信号注入仿真的特点,最后讨论了用 OpenGL 生成三维场景的技巧和方法。
2.
The whole system could be divided into four parts: target, background, atmosphere transmission and sensor.
仿真研究由目标、背景、大气传输和传感器四部分组成 。
3.
The result shows that there is their localization for these three types of traditional empirical formulae to be used in the simulation of UV atmosphere transmission.
本文根据Mie散射理论,研究了四种典型大气条件下紫外光在大气传输中的散射相函数,并与常用的用于非紫外光散射相函数的三类经验公式进行了比较。
5) atmospheric transport
大气传输
1.
The Monte Carlo simulation of atmospheric transport for γ rays;
γ射线大气传输特性的蒙特卡罗方法模拟
6) atmospheric propagation
大气传输
1.
Based on the assumption of single-scattering,atmospheric propagation model of non-line-of-sight optical scattering communication system is studied.
在单次散射假定下,研究了非视线光散射通信系统的大气传输模型。
补充资料：特性阻抗(见传输线)
特性阻抗(见传输线)
characteristic impedance
texing zIJkong特性阻抗(eharaeteristie impedanee)传输线。见
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