红外热成象是一种有效的无损检测手段。
使用该技术，可显著提高微光成象和红外热成象装置探测目标的能力。
By this technique, an obvious improvement can be achieved for the detection capability of low light level imaging device and infrared thermal imaging device.
结果表明这种凝视热成象系统具有较好的性能，结构简单，可靠性高和成本低。
The design principle, structure, performance and the experimental results of the prototype system are presented in this paper.
介绍红外热成象无损检测技术及其影响因素以及国内外红外无损检测的应用现状。
Infrared imaging nondestructive testing technology and the factors influencing the testing, as well as its current applications home and abroad are described.
通过分析数据中心的热成象，我们会清楚哪个单元会产生更多的热量，哪个不会那么热。
By getting a thermal image of a data center, one can understand which units generate more heat and which are cooler.
研究了红外热成象技术用于近表面缺陷的探测，给出了对两种薄壁材料中缺陷的探测结果。
The thermographic method as a nondestructive testing for the detection of subsurface defects is investigated. Results are given for the evaluation of defects in a series of thin-walled materials.
介绍用红外热成象系统检测材料表面和内部缺陷的方法和实验结果，并分析热图的变化规律。
Detection of surface and inner surface flaws in materials by infrared thermal imaging system and its experimental results are described. The regularity of thermal images is also analysed.
红外热成象技术可以有效地用于股骨头坏死疾病的诊断和针刺治疗效果的评价，效果优于其它常规方法。
Infrared imaging can be effectively applied to the diagnosis of thighbone necrosis and evaluation of acupuncture treatment. This method was found to be better than other routine methods.
本文首先对热波电子显微镜成象机理和特性进行了分析。
In this paper, the mechanism and feature of TWEM are analyzed and studied.
本文提出一种采用热释电摄象管的回转型红外成象方案。
An infrared imaging system using pyroelectric vidicon with revolving optical element is proposed.
CCD子系统作为成像的重要组成部分，热设计的好坏直接关系到成象的质量。
As one of its important subsystem, CCD component subsystem's thermal design determines the image quality to some extent.
CCD子系统作为成像的重要组成部分，热设计的好坏直接关系到成象的质量。
As one of its important subsystem, CCD component subsystem's thermal design determines the image quality to some extent.
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