DRS公司红外热成像技术可以让士兵们通过恶劣环境诸如风沙或大雾看到目标详情。
DRS 'infrared imaging technology enables soldiers to see target detail even through heavy obscurants such as sandstorms and fog.
“这种红外热成像技术已经使用多年,应用于多种领域,从天文学到法律的实施,到军事,”普拉姆岛动物疾病中心研究主管路易斯·罗德里格斯说。
“This IRT technology has been used for years and has applications for a variety of fields, from astronomy to law enforcement to the military,” says PIADC research leader Luis Rodriguez.
多普勒超声技术显示,针灸能增强治疗部位的血液循环;红外热成像技术显示,针灸能促使炎症消退。
Doppler ultrasound shows that acupuncture increases blood flow in treated areas. Thermal imaging shows that it can make inflammation subside.
他们并没有打算让利用红外热成像摄像机快速鉴定可能受到感染的动物的方法成为一种诊断性检测方法。
Their method, which USES IRT cameras to quickly identify potentially infected animals, is not intended to be a diagnostic test.
然后斯姆雷卡尔的研究团队分析了由可见光与红外热成像光谱仪(VIRTIS)观测到的其中三个活跃地区的数据。
Smrekar's team then analyzed data for three hot spots observed by the Visible and Infrared Thermal Imaging Spectrometer (VIRTIS).
TL V器件推动了经济可承受的下一代红外成像设备的实现,下一代红外成像设备将极大扩张热成像市场。
The TLV enables a new generation of affordable infrared imaging devices that will expand the market for thermal imaging.
首次对烟幕干扰红外热成像探测的机理进行了理论和试验研究。
The theory and experiment research on the smoke interference mechanism to the IR imaging are studied.
系统经外场实际测试的结果表明,使用了金属反射镜的红外热成像系统达到了光学系统的设计指标。
The environmental and the actual condition tests show that the infrared system with metallic mirrors has met the requirement of optical design.
红外热成像(IRI)技术可较准确表达SARS病例生理、病理状态的多元信息。
The infrared image technology(IRI) may accurately express the SARS case of illness physiology, pathological state many information.
本文介绍了红外热成像无损探伤技术的基本原理和检测方法。
The principles and methods of infrared thermography NDT technique were introduced.
作为夜视技术的主要技术途径,微光夜视和红外热成像技术在现代战争中具有重要的地位,掌握先进的夜视技术对于控制战场形势至关重要。
As main technological approaches of night vision technology, low_light level night vision and infrared thermal imaging have played important roles in modern war.
本文可为红外热成像诊断保温层提供依据。
The gist for infrared diagnosis of heat insulation layer is offered.
红外热成像摄像机可以看见人眼所看不见的东西:热。
噪声等效温差是一个用以标志红外热成像系统灵敏度的广泛使用的参数。
The Noise Equivalent Temperature Difference(NETD) is a widely used performance parameter that characterizes the sensitivity of infrared imaging systems.
论述了一种红外热成像系统的设计。
A kind of design of the infrared imaging system was discussed.
文中介绍利用红外热成像技术对雷达天线馈线系统的故障进行快速、无损伤检测的方法。
The way to test the malfunction of transmission lines system of the radar antennas fast and harmlessly by infrared thermal imaging technology are introduced.
本论文应用红外热成像技术,对毫米波介质透镜天线的焦斑焦距进行了测量。
By infrared thermal imaging techniques in this thesis, the focal spot size and focal length of this dielectric lens antenna are measured.
超声红外热成像是一种新型的无损检测技术。
The ultrasonic infrared thermography method is a new nondestructive testing technology.
在冲击试验中,引入红外热成像技术模拟、估算局部温度;
The transient temperatures during crushing were measured with a thermal infrared imaging technology.
用红外热成像系统直接获得的热像图,是被测器件表面辐射温度的分布,并不是真实温度的分布。
The thermograph obtained by a thermal imaging system is only the distribution of radiant temperature of the surface of measured devices, not the true temperature.
红外热成像技术能快速、实时地采用非接触手段,在线监测和诊断出电气设备的大多数过热故障。
Infrared thermal imaging technology can quickly make on-line monitoring and diagnosis of overheating fault of electrical equipment by real-time non-contact method.
对红外热成像检测、激光全息检测和微波检测新技术在焊接裂纹检测中的应用进行了展望。
Some new technologies such as infrared thermal imaging, laser holography and microwave testing were prospected in the testing of weld crack.
介绍了红外热成像技术和远程红外检测系统在变电站实际使用过程中的原理和使用方法。
This paper deals with infrared imaging technology, the principle and working methods of the remote infrared detecting system for transformer substation.
为了辅助埋地石油管道巡线以及快速定位与排查偷油支管和泄漏点,提出了利用红外热成像技术探测埋地输油管道的方法。
In order to assisting perambulation of underground petroleum pipeline, an infrared imaging method for rapidly detecting the stealing branches of pipeline and locating the leakage spots was proposed.
最后介绍模拟红外热成像实验情况。
Finally, the test of simulated infrared thermal imagery is presented.
本文提出一种新的红外热成像方法。
A new infrared thermal imaging method is described in this paper.
与可见光检测相比,红外热成像检测具有独特优势。
Compared with the detection using visible light, the infrared thermal imaging has its own special advantages.
红外热成像假目标因其独特的军事价值,受到了广泛的重视。
IR thermal image decoy are widely concerned by many armies in the world for its unique military value.
红外热成像假目标因其独特的军事价值,受到了广泛的重视。
IR thermal image decoy are widely concerned by many armies in the world for its unique military value.
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