激光探测的另外一个用处是用来测量温度。
水下声信号激光探测技术采用了激光接收技术。
The laser detection of underwater acoustic signals exploited a laser receiving technique.
对激光探测技术的目标识别及定位方法进行研究。
Target identification and orientation are studied applying laser detection technique.
根据激光探测的原理，提出了系统的总体设计方案。
According the principle of laser detection, it proposed overall design project of system.
讨论了大气湿度对激光探测大气尘埃质量浓度的影响。
The effect of atmospheric humidity on probing mass concentration of atmospheric dust by lidar is also discussed.
根据发射信号波形参数估算出脉冲激光探测的最大探测距离。
The maximal detection range can be estimated on the transmitted signal parameters in pulse laser detection.
比如，用激光探测光谱特性，这些特性是无法用复杂的有机化学来解释的。
For example, imagine the wonder at detecting spectral features that cannot not explained by complex organic chemistry, like laser emissions.
好了，让我们想象一下，给iPhone5加上一些激光探测技术会怎么样呢？
Okay, so while we're dreaming, how about adding some laser detection technology into the iPhone 5?
本文论述了几种目前较为普遍采用的激光探测方法的机理、特性与适用范围。
In this paper, the mechanics of present widely used laser detect air pollution methods were given.
针对水下激光探测遇到的特殊问题，设计了一种水下脉冲激光回波信号采集系统。
For the special problems on underwater laser detection, a special data acquisition system is designed.
这种设备所基于的原理与激光探测器相同，但使用由超低温原子生成的波束而不是激光。
These operate using the same principle as laser-based detectors but use beams made of ultracold atoms rather than laser light.
红外探测技术、激光探测技术、电子战等因素使得红外波段中的隐身技术变得更为重要。
Many factors such as infrared detecting technology, laser detecting technology, electron war and so on, make the stealth technology important in the infrared region.
从激光探测告警光学系统的视场和光学增益出发，分析了浸没透镜的光学增益和像差特性。
The optical gain and aberration characteristics of immersion lens are analyzed based on FOV and optical gain of optical systems used in laser warning device.
水下激光探测技术在水下目标搜索、海洋地质勘探、目标识别等领域都具有重要的应用价值。
The technology of underwater laser detection has very important practical value at many fields such as detection of underwater target, ocean geological reconnaissance and target recognition.
文中还给出了采用ARM嵌入式处理器结合嵌入式实时操作系统构建的激光探测信号采集系统。
A signal acquisition system for laser-based sonar detection system is constructed based on ARM embedded processor and real-time operating system.
对机载激光探测海水深度的大动态范围信号，提出了使用光电倍增管变增益探测方法来压缩其动态范围。
The return signals from airborne laser depth sounding have dynamic ranges that exceed the capabilities of the sequential measurement equipments.
对遮蔽目标的探测长久以来一直是军事侦察领域中关注的重点，同其他方式相比，激光探测有其突出的优势。
Detecting the obscure target is always an important aspect in the domain of the military scout. Laser remote sensing has distinctive advantages comparing to other techniques in this area.
利用四路红外非制冷焦平面探测器、大视场光学系统、窄带滤光片和信号处理系统，构成了凝视成像激光探测与告警系统。
A staring imaging laser detecting and warning system is formed by using 4-channel uncooled infrared focal plane detectors, large field optical system, narrow band filters and signal processing system.
在近简并的封闭三能级V系统中，一束弱激光探测场的群速度可以通过控制一单色驱动场的强度实现慢光速到超光速的转换。
This paper reveals that the group velocity of a weak laser probe field can be manipulated by controlling the intensity of the driving field applied to a near-degenerate closed three-level V system.
讨论考虑激光探测非线性和脉冲重复频率等因素时，激光导引头角跟踪回路的数学模型，并在MATLAB下对该模型进行仿真。
In this paper, the impact of non-linear laser detect and impulse repetition frequency on Angle tracking loop is studied. A more accurate system model is proposed and emulated in MATLAB.
粗糙表面激光回波偏振特性是激光探测、目标识别等领域的一个重要研究内容，它对激光雷达、红外探测和目标识别等遥感设备的优化设计和性能改善有很强的促进作用。
The laser backscattering polarization characteristics of rough surface are investigatedin this paper, it is a fundamental issue to laser detection, target recognition and other fieldsof study.
军事研究员们正在试图将声学枪响探测器与一条耀眼的激光相结合，以惊吓将美国直升机作为目标的射手。
Military researchers are looking to combine an acoustic gunshot detector with a dazzling laser that will startle shooters who take aim at American helos.
为了使直升机在尘土中安全地着陆需要复杂的激光扫描仪去探测被旋翼的倒灌气流扬起的灰尘所隐藏的障碍物。
To land a chopper safely in the dirt requires sophisticated laser scanners to detect obstacles hidden by dust thrown up by the downdraught of the rotors.
一种更好的方式是使用激光距离探测。
One of the better ways to go is through laser range detection.
Chin称这个工作“非常有趣”，但他也说他还并不确信这种后向激光能确实地用来探测污染物质和其它气体。
Chin describes the work as "very interesting" but says he is not yet convinced that such backward lasing could actually be used to detect pollutants and other gases.
Chin称这个工作“非常有趣”，但他也说他还并不确信这种后向激光能确实地用来探测污染物质和其它气体。
Chin describes the work as "very interesting" but says he is not yet convinced that such backward lasing could actually be used to detect pollutants and other gases.
应用推荐