首页> 外文会议>Technologies for Optical Countermeasures II; Femtosecond Phenomena II; and Passive Millimetre-Wave and Terahertz Imaging II >The physics and chemistry of THz sensors and imagers: long-standing applications, new opportunities, and pitfalls
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The physics and chemistry of THz sensors and imagers: long-standing applications, new opportunities, and pitfalls

机译:太赫兹传感器和成像仪的物理和化学性质:长期的应用,新的机遇和陷阱

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摘要

Important applications of the Terahertz/Submillimeter/Nearmillimeter/Millimeter/Far Infrared have been known for many years and a number of scientific laboratory and field instruments that approach fundamental limits have been developed. More recently, a number of 'public' applications for the non-specialist have been heavily promoted. In spite of this, no 'public' application has come to fruition and been widely adopted. With specific examples, we will show that advances in technology and scientific understanding are poised to change this. A particular emphasis will be placed on distinguishing between those opportunities for which there is a clear path to a 'public' application and those for which fundamentally unknown phenomenology or technological breakthroughs will be required.
机译:太赫兹/亚毫米/近毫米/毫米/远红外的重要应用已为人所知多年,并且已经开发出许多接近基本极限的科学实验室和现场仪器。最近,非专业人员的许多“公开”申请得到了大力推广。尽管如此,还没有“公开”申请能够实现并得到广泛采用。通过具体的例子,我们将证明技术和科学理解的进步有望改变这一状况。将特别着重于区分那些有明确的“公开”应用途径的机会与那些需要根本未知的现象学或技术突破的机会。

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