Optical system design of solar simulator for testing meteorological radiation instrument

A multifunction meteorological radiation measuring and testing system is composed of the solar simulator and the multi-dimensional automatic detection platform, in order to meet the property testing requirements of the solar total radiometer. This test mainly designed the optical system design of th...

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Bibliographic Details
Main Authors: Mingjiao Sun, Guoyu Zhang, Bin Yang, Xue Tao, Guipeng Ding
Format: Conference Proceeding
Language:English
Subjects:
Adaptive optics
collimating lens
ellipsoid condenser
Ellipsoids
Integrated optics
Lenses
light source
Nonlinear optics
Optical design
optical integrator
Optical sensors
solar simulator
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Summary:A multifunction meteorological radiation measuring and testing system is composed of the solar simulator and the multi-dimensional automatic detection platform, in order to meet the property testing requirements of the solar total radiometer. This test mainly designed the optical system design of the solar simulator, the optical system mainly consists of xenon light source, ellipsoidal condenser and optical integrator and collimating lens, the irradiation non-uniformity is ±1%, the beam collimating angle is±1.5°, The system used a design project of coaxial transmission-type and collimating optical system, after finishing the design, it optimized designed the total optical system, the results show that the aberration is adjust well, the irradiation non-uniformity is less than ±1%, the collimating error is within permitted, meeting the index requirements of verification system.
DOI:10.1109/ICoOM.2012.6316346