1) received power
接收光功率
1.
Model of the received power in non cooperative target phase shift laser rangefinder;
非合作目标相位式激光测距接收光功率的模型建立
2) low power optical receiver
低光功率接收机
1.
Concern on low power optical receiving,as well as the definition and evaluation for "low power optical receiver" are discussed in this article.
提出讨论低光功率接收问题应注意的事项以及“低光功率接收机”、“低光功率接收适用机”的定义和评判方法方案;分析低光功率接收造成系统两个方面C/N指标降低的原因和程度,说明解决问题的办法,探索解决问题的途径;对光-电流转换响应度Sλ、光-电压转换响应度S两项参数的不同定义和Sλ与S对系统不同指标的影响原理进行初步分析。
3) low power optical receiving
低光功率接收
1.
Concern on low power optical receiving,as well as the definition and evaluation for "low power optical receiver" are discussed in this article.
提出讨论低光功率接收问题应注意的事项以及“低光功率接收机”、“低光功率接收适用机”的定义和评判方法方案;分析低光功率接收造成系统两个方面C/N指标降低的原因和程度,说明解决问题的办法,探索解决问题的途径;对光-电流转换响应度Sλ、光-电压转换响应度S两项参数的不同定义和Sλ与S对系统不同指标的影响原理进行初步分析。
4) ultra-lowpower receiving
超低功率光接收
5) minimal receivable power
最小接收光功率
6) received power
接收功率
1.
11b WLAN fixed wireless access system, compared with the received power expression during sunny days and that during rainstorms, the received powerexpression can be obtained in difference weathers.
11bWLAN的固定无线接入系统,导出在自由空间、晴朗天气和降雨时的接收功率表达式。
2.
By using computer simulation technology and light scattering theory of a rough surface, the laser detonator received power is calculated,with the good agreeme nt with measurement practically.
基于激光引信近场散射模型 ,采用波束分割技术来处理宽波束局部照射目标的散射功率的计算 ,提出一种激光近场散射仿真算法 ,并运用计算机仿真技术结合粗糙面光散射理论 ,模拟计算激光引信接收功率。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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