1) test of light energy
光能探测
2) low energy photon detector
低能光子探测器
3) fluorescent resonance energy transfer detection technique
荧光共振能量转移探测
1.
Confocal fluorescent microscopy, fluorescent total internal reflection microscopy and fluorescent resonance energy transfer detection technique are described respectively and analyzed for their advantage and shortcoming in the biologic single molecule detection.
分别描述了共焦荧光显微术、荧光全内反射显微术以及荧光共振能量转移探测的技术细节,分析了这些技术对于单分子探测所具备的优势和不足。
4) low-energy photon detector
低能量光子探测器
5) detection ability
探测能力
1.
Aiming at the problem of applying Xband to warning radar on ground,this paper analyses the characteristics of Xband warning radar on ground,which includes its frequency band superiority,antijamming ability and moving ability,and discusses its performance,detection ability,system characteristics under noise and clutter background,presents some technology methods.
针对X频段在地面警戒雷达中的应用问题,在频段优势、对抗能力、机动能力方面,对X频段地面警戒雷达作了详细分析,同时论述了它在噪声背景和杂波背景下的性能、探测能力、系统特性,并提出了应采取的技术措施。
2.
Raiseing and improving means of detection ability is discussed.
本文介绍了微通道板直接作为光量子探测器使用时的工作方式，论述了改善和提高MCP探测能力的途径，测量了其电流响应特性，给出了实验结果，指出了其应用前景。
3.
The detection ability of an electro-optic system is related to sky luminance,the electro-optic(EO)system and detector.
光电系统的探测能力主要受探测天域的亮度、光电设备和探测器本身性能的影响,而探测能力主要是以信噪比来衡量。
6) detection performance
探测性能
1.
Atmospheric influence on infrared detection performance of ballistic missile plume;
弹道导弹尾焰红外探测性能的大气影响分析
2.
Based on the operational features of the optic-electric detecting target board and the theory of optics,we analyzed the influence of designed optical parameters of the target board on detection performance.
针对传统野外使用的光电探测靶存在高空测量时靶面小、探测灵敏度低等不足,结合探测靶的工作特点并根据光度学理论,分析光电探测靶的光学设计参数对探测性能的影响;选用阵列光电探测器为探测靶的光电接收器件,采用离焦技术,消除阵列光电探测器存在的探测盲区,分析采用矩形光阑方案,削弱背景光大幅度变化引起的自激现象,提高与稳定光电探测靶的探测性能。
3.
The detection performance is compared between MIMO radar and the phased-array radar with the Neyman-Pearson criterion.
分析了MIMO雷达和无源雷达特点,建立了基于FM广播的无源MIMO雷达系统模型,基于奈曼-皮尔逊(Neyman-Pearson)准则分析比较了MIMO雷达和相控阵雷达的探测性能,并给出了仿真研究结果。
补充资料：核爆炸地震波探测(见核爆炸探测)
核爆炸地震波探测(见核爆炸探测)
nuclear explosion seismic detection
hebaozho dizhenbo tanee核爆炸地震波探测(nuclear explos，onseismie detecuon)见核爆炸探汉，l。
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