紧凑型,按需宽光谱范围(可见光到长波红外)校准器(会议报告)

J. Chow, Edward Ward
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引用次数: 0

摘要

首先,从可见光到短波红外的发射波长由发光二极管(LED)和荧光粉产生,发光二极管和荧光粉在光谱上向下转换来自LED的高能量光子到低能量光子分布。这个过程类似于商业照明行业,蓝色led向下转换成类似于白光变化的分布。其次,几种形式的碳材料被组合在一起形成多层结构,这样一个高度均匀的温度界面就提供了一个垂直排列的碳纳米管的高发射率表面。最后,这两种技术都产生了一种薄轮廓,分层结构,可以很容易地安装在桨上,以便在光路内外运动。
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Compact, on-demand broad spectral range (visible to long wave infrared) calibrator (Conference Presentation)
First, the emission wavelengths from visible to short-wave infrared are generated by Light Emitting Diodes (LEDs) and phosphors which spectrally down convert the higher energy photons from the LED to a lower energy photon distribution. This process is analogous to the commercial lighting industry where blue LEDs are down converted into a distribution that resembles variations of white light. Second, several formats of carbon materials have been combined together into a multi-layer structure so that a highly uniform temperature interface feeds a high emissivity surface of vertically aligned carbon nanotubes. Finally, both of these technologies give rise to a thin profile, layered structure which can be easily mounted on a paddle for movement in and out of the optical path.
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