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2 results about "Remote sensors" patented technology

Calibration optical system based on geosynchronous orbit differential absorption spectrometer

ActiveCN109374547AHigh radiation energy utilization efficiencyFew mirrorsColor/spectral properties measurementsSolar lightPlane mirror
The invention discloses a calibration optical system based on a geosynchronous orbit differential absorption spectrometer. The calibration optical system is composed of an oscillating mirror system, afront optical system, a solar diffuse reflection plate assembly and a solar light blocking door assembly. The oscillating mirror system is composed of a pointing mirror, a sweeping shaft system, a motor harmonic group and an oscillating mirror U-shaped bracket. The front optical system consists of a primary mirror, a secondary mirror, a third mirror, a plane mirror and a slit. The solar diffuse reflection plate assembly consists of a Teflon diffuse reflection plate and corresponding structural components. The solar light blocking door assembly includes a solar baffle and a motor assembly. Thecalibration optical system introduces a bidirectional reflection distribution function of external solar illuminance with known spectral irradiance at suitable on-board calibration time, thereby accurately measuring the diffuse reflection plate and establishing an approximate lambertian surface source with known spectral radiance to provide known radiation input for a remote sensor. The system has high measurement accuracy, compact volume, light weight and high reliability.
Owner:HEFEI INSTITUTES OF PHYSICAL SCIENCE - CHINESE ACAD OF SCI

Thermal-optical test calibrating device

InactiveCN105865756AOptical axis determinationLens position determinationOptical testComputational physics
The invention relates to a calibrating device for space thermal-optical testing. The device can be used for detecting a defocusing amount of a parallel light tube with a large calibre in a thermal-optical test and belongs to the field of photoelectric detection. Aiming at the problems that the defocusing of the parallel light tube causes that the detection precision is reduced and system errors are increased when an optical remote sensor is used for carrying out the thermal-optical test, the invention designs the thermal-optical test calibrating device, which can detect the defocusing amount of the parallel light tube in real time. The thermal-optical test calibrating device is small in optical shielding, high in detection precision, good in instantaneity and good in reliability and has very high practicability.
Owner:CHANGCHUN UNIV OF SCI & TECH
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