In this paper, the principle and the experimental structure to measure temperature with optical fiber sensor of infrared radiation in intensive electromagnetic field are described.
文章概述了在强电磁场中用红外辐射光纤传感器测量温度的原理和实验装置。
Based on the principle of infrared radiation, a non contacted digital sensor which can be used on temperature measurement of high voltage power equipment is designed.
基于红外辐射原理，研制了用于高压电力设备的非接触数字式测温传感器。
The reason of attitude correction of scanning infrared horizon sensor is presented by reason of Earth's oblateness and infrared radiation.
分析得出地球扁率和红外辐射是扫描式红外地平仪测量误差的主要原因。
A proximity sensor often emits an electromagnetic or electrostatic field, or a beam of electromagnetic radiation (infrared, for instance), and looks for changes in the field or return signal.
一个接近性传感器通常会发出电磁或静电场，或电磁辐射光束(例如红外)，以及在外地或返回信号的变化看。
On-line system of monitoring locomotive tyre loose is designed by means of techniques of infrared radiation measurement and Hall sensor measurement.
利用霍尔传感器技术和红外测温技术，设计了机车轮箍弛缓在线监测系统。
Methods With infrared ray sensor and PLC, to control radiation protection door.
方法用PLC配合红外线传感器多位检测，控制防辐射门。
The infrared radiation temperature sensor gathering the cloth body temperature is a advanced survey fabric temperature method.
用红外辐射温度传感器直接采集运动布身温度，是一种先进的测量织物温度的方法。
The first part is to analyze the two error sources of the earth horizon sensor: one is earth oblateness and the other is non-uniformly distributed atmospheric infrared radiation.
分析了引起地平仪测量误差的主要误差源—地球扁率和大气红外辐射不均匀性。
Microwave sensor with the advantage of high sensitive and wide application, is a new kind of non-contact sensor developed after ultrasonic, laser, infrared and nuclear radiation sensor.
微波传感器是继超声波、光纤、红外和核辐射等传感器之后的一种新型的非接触式传感器，具有灵敏度高、 适用范围广等特点。
The space optical remote sensor is influenced by the solar radiation, albedo, earth emitted infrared and other heat sources as flying in the heat dreariness astrospace.
空间光学遥感器在轨运行过程中要承受太阳辐射和空间冷热沉、黑热沉等恶劣温度环境的影响。
The space optical remote sensor is influenced by the solar radiation, albedo, earth emitted infrared and other heat sources as flying in the heat dreariness astrospace.
空间光学遥感器在轨运行过程中要承受太阳辐射和空间冷热沉、黑热沉等恶劣温度环境的影响。
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