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New frontiers for infrared

机译:红外新领域

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摘要

Infrared (IR) science and technology has been mainly dedicated to surveillance and security: since the 70's specialized techniques have been emerging in thermal imaging for medical and cultural heritage diagnostics, building and aeronautics structures control, energy savings and remote sensing. Most of these applications were developed thanks to IR FPAs sensors with high numbers of pixels and, actually, working at room temperatures. Besides these technological achievements in sensors/receivers, advanced developments of IR laser sources up to far IR bands have been achieved in the form QCL (quantum cascade laser), allowing wide band TLC and high sensitivity systems for security. recently new sensors and sources with improved performances are emerging in the very far IR region up to submillimeter wavelengths, the so called terahertz (THz) region.
机译:红外(IR)科学技术主要致力于监视和安全:自70年代以来,用于医疗和文化遗产诊断,建筑和航空结构控制,节能和遥感的热成像技术已经出现。由于红外FPA传感器具有高像素数量,并且实际上是在室温下工作的,因此大多数应用得以开发。除了在传感器/接收器方面的这些技术成就之外,还以QCL(量子级联激光器)的形式实现了高达远红外波段的红外激光源的先进开发,从而实现了宽带TLC和高灵敏度系统的安全性。最近,在远至亚毫米波长的红外区域,即所谓的太赫兹(THz)区域,出现了性能提高的新型传感器和光源。

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