1) LDV burst
激光多普勒闪烁信号
2) Laser Doppler signals intensity
激光多普勒信号强度
3) flash signal
闪烁信号
4) Doppler signal
多普勒信号
1.
The model of Doppler signal was constructed at first,then the design of wall filter and AR Models of unneeded filtering clutter were analyzed and various filter that can suppress wall signal were mainly analyzed and their capability were compared simply in this paper.
本文首先给出了多普勒信号的模型,然后简单分析了壁滤波器设计以及无需滤波的AR模型法。
2.
The system is constructed for analyzing Doppler signals from umbilical arteries.
文章在笔记本计算机的硬件基础上建立了脐血流多普勒信号多参数分析的便携式系统。
3.
The applicatin of correlative examining and testing technology to the Doppler signal demodulation of radio fuze is discussed.
探讨了相关检测技术在无线电引信多普勒信号检波的应用,从理论上分析了相关器的去噪特性,设计了相关器的参数并进行了仿真及试验。
5) laser Doppler
激光多普勒
1.
Study on demodulation system of laser Doppler;
激光多普勒检波系统的研究
2.
A Primary Observation of Microcirculation Image on Different Regions of Human Surface by Laser Doppler Perfusion Imaging(LDPI);
激光多普勒成像技术对体表不同部位微血流图象的初步观察
3.
Observation on the Effects of Moxibustion by Laser Doppler Perfusion Imaging(LDPI);
激光多普勒血流成像技术对针灸效果的观察
6) laser doppler flowmetry
激光多普勒
1.
Cutaneous microflow of type 2 diabetic patients whose duration was less than 5 years (n=17) and more than 15 years (n=17) were measured by Laser Doppler Flowmetry (LDF).
用皮肤血流阻断后反应性充血(PORH)的方法,以左前臂皮肤为测定点,应用激光多普勒血流仪(LDF)记录阻断前、中、后的皮肤微血流值。
2.
In this in vivo study we assessed myocardial microperfusion by means of laser Doppler flowmetry in the beating heart of SD rats, with ascending arotic flow and other hemodynamic parameters re.
激光多普勒技术应用在心脏微循环灌注检测方面的研究很少。
补充资料：索普勒姆ps2式激光瞄准具
索普勒姆ps2式激光瞄准具
产品名称:索普勒姆ps2式激光瞄准具
sopelem ps2 spotlight projector
生产单位:法国光电机械公司
sopelem, fr
现状:装备
用途:轻武器夜间瞄准
概 述
索普勒姆ｐｓ２式激光瞄准具是法国光电机械公司研制的一种新型瞄准具。该激光瞄准具瞄准方法简单，适用于各种弹道平直的轻武器。
结构特点
索普勒姆ｐｓ２式激光瞄准具主要由激光器和连接装置组成。激光发射按钮用软线与瞄准具本体相连，因此可安置于武器合适位置上。瞄准具本体可用北约标准支座或特别的支座与武器连接。该瞄准具发射一束激光，光轴经校正与武器轴线平行后，可用激光光斑指示武器对目标的瞄准点。该瞄准具必须与夜视眼镜一起使用，射手才能迅速捕捉到目标。
射手用夜视眼镜看到目标后，按下激光发射钮，发射出肉眼看不到的激光光束，将光斑移到目标上，即可射击。
性能数据
输出波长----820nm
电源----两节1.5v aa电池
质量----250g
说明：补充资料仅用于学习参考，请勿用于其它任何用途。