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来源：百度知道 编辑：UC知道 时间：2024/06/07 11:46:34
Abstract
A temperature sensor utilizing a semiconductor sensing element which absorbs monochromatic radiant energy as a function of temperature. The apparatus includes a monochromatic radiant energy source, radiant energy guide means, a semiconductor sensing element interposed in the radiant energy guide means and a detector for detecting the intensity of the monochromatic radiant energy transmitted by the semiconductor sensing element. Advantageously, optical fibers may be used as the radiant energy guide means for directing the monochromatic radiant energy to the semiconductor and returning the transmitted radiant energy to the detector. The semiconductor sensing element is fabricated from a suitable semiconductor material such as galium arsenide. Additionally, the semiconductor material can be fabricated as a mirror or reflecting prism so that it serves both as the sensing element and as part of the optical components for the radiant energy guide means.
1. A temperature se
A temperature sensor utilizing a semiconductor sensing element which absorbs monochromatic radiant energy as a function of temperature. The apparatus includes a monochromatic radiant energy source, radiant energy guide means, a semiconductor sensing element interposed in the radiant energy guide means and a detector for detecting the intensity of the monochromatic radiant energy transmitted by the semiconductor sensing element. Advantageously, optical fibers may be used as the radiant energy guide means for directing the monochromatic radiant energy to the semiconductor and returning the transmitted radiant energy to the detector. The semiconductor sensing element is fabricated from a suitable semiconductor material such as galium arsenide. Additionally, the semiconductor material can be fabricated as a mirror or reflecting prism so that it serves both as the sensing element and as part of the optical components for the radiant energy guide means.
1. A temperature se
摘要温度传感器利用半导体传感单元用掉单色辐射能作为功能温度. 该仪器包括一个单色辐射能来源,辐射能引导手段 半导体传感单元的辐射能插话引导侦查手段和强度的 单色辐射能传输的半导体传感单元. 有利, 光纤可作为指挥手段引导辐射能辐射能的半导体单色 传回的辐射能探测器. 半导体传感单元是编造一个合适的半导体材料,如砷化殃. 另外, 半导体材料可以制造一面镜子或棱镜反射,使之既作为传感 而作为该元素成分的光学辐射能引导手段. 1. 温度传感器组成一个联合: 辐射能走了一首手段包括光纤波导手段和光纤波导第二手段; 硒 干旱prismatically手段配置以提供直接从反光路波导首次表示,次 传感手段粗糙说,第二说波导手段飒 传感手段伪造身份证从物质吸收了部分单色辐射能直接传送沿线说重 flective路径通过说温度传感功能为手段; 一 单色辐射能来源地说,就是先光光纤耦合波导手段次 ereby介绍说,首先说成单色辐射能光纤波导手段; 一 丁光学检测手段波导光纤耦合说二是加大检测手段的单色辐射恩 顺沿说传染途径通过直接反光说传感手段,次 五是加大检测手段的传播相关单色辐射能与温度传感手段. 2. 温度传感器界定索赔1下辐射源操作性放出辐射能在不远 红外、红外波段的电磁频谱. 3. 温度传感器探测确定索赔的方式再由其中一手段相比较,辐射强度 能源排放源的辐射能量与能量密度反映说,通过测量手段.