1) optical path loss
光路损耗
1.
A precise optical power measurement method is introduced in this paper to detect the optical path loss.
针对野战光纤光路损耗介绍一种精密光功率测量方法,分析了PIN光电接收元件的P-I(光功率-光电流)特性,并建立了实际模型。
2.
The difference of optical path loss of each receiving fiber reduces the measurement accuracy of this system.
由于各接收光纤对应光路损耗不同对微角位移测量精度产生影响,提出了光路损耗的归一化修正方法。
2) optical link loss
光链路损耗
1.
This paper analyses and researches the solve method for optical link loss and optical divide ratio in star optical fiber networks,introduces the solve clue,method and steps by the examples for optical divide ratio of every optical distributor and for optical link loss of the entire network in complicated star optical fiber networks.
分析和研究了星形光纤网中光链路损耗和光分路器分光比的求解方法,通过实例着重介绍了比较复杂的广义星形网中各光分路器分光比与整个网络的全程光链路损耗的求解思路、方法和步骤。
2.
This paper analyses and studies the structure of star optical fiber transport network, reaches the algebraic relationship of optical link loss between single star optical fiber network and multiple star optical fiber network, and presents the calculation forma of optical divide ratio of optical distributors.
对星型光纤传输网络及其组分结构作了分析与研究,得到并组式星型光纤网与单元式星型光纤网光链路损耗间的代数关系,给出了各光分路器分光比的计算方法和公式。
3) Fiber optical route loss
光纤链路损耗
4) permissible optical link loss
最大允许光链路损耗
1.
This paper studies the relationship between maximum number of optical fiber lines and permissible optical link loss in single star optical fiber network.
研究了单元星形光纤网中,最多光路数目与最大允许光链路损耗间的关系,推出了在给定最大允许光链路损耗,不同光路数目时的各光路总纤长的求算方法,进而得到最佳光路数目与最大总纤长,最终得出6条结论。
5) optical coupler additional loss
光分路器附加损耗
6) line loss
线路损耗
1.
After the reliability and security of distribution network are ripe day by day, it becomes an important work to reduce the line loss for distribution network.
在配电网安全性和可靠性日渐成熟后,降低线损变成配电网的一项重要工作,而大部分线路损耗是在10 kV以下的配电线路上。
2.
Lower line loss is an important work for power supply section.
降低线损是供电部门的一项重要工作,而大部分线路损耗是在10kV以下的配电线路上。
3.
From four aspects of the reduction of the line losses,the economic operation of the transformers,the increase of the power factor for loss reduction and the compensation of the reactive power,this paper discusses how to improve and increase the economical efficiency of the power supply system for increasing the utilization efficiency of the electric energy.
从降低线路损耗、变压器经济运行、提高功率因数达到节能降损及无功补偿4个方面论述了如何改进和提高供电系统的经济性,以提高电能的利用效率。
补充资料：介质损耗角正切试验(见电容率与损耗因数试验)
介质损耗角正切试验(见电容率与损耗因数试验)
dielectric loss tangent test
)!eZh.sunhooJ一002匕engq一e sh一yon介质损耗角正切试验(dieleetri。1055 tangenttest)见电容率与损耗因数试验。
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