Principal-Component Calculation of Stray Light for Infrared Detection

Jin Xing Niu; Heng Can Li

doi:10.4028/www.scientific.net/AMM.138-139.387

Paper Titles

Experimental Research on the Influence of Moisture Content on the Performance of Desulfurization Plasterboard
p.367

Finite Element Study on Influence of Door and Window Openings on Temperature Effect of Masonry
p.371

Numerical Simulation of the Water Entry of Two-Dimensional Body with Flow Separation
p.376

Reliability Analysis on the Key Components of High-Power Low-Speed Diesel Engine
p.382

Principal-Component Calculation of Stray Light for Infrared Detection
p.387

Study on Noise Control of Fan with Air Suction
p.391

Experimental Modal Analysis of Fan Vibration Frequency
p.395

Mixed Method to Calculate the Sluice Plate on Complicated Foundation
p.399

Stable Nonlinear Control Allocation for Aircraft with Multiple Control Effectors
p.404

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 138-139Principal-Component Calculation of Stray Light for...

Principal-Component Calculation of Stray Light for Infrared Detection

Abstract:

Analysis and calculation of stray light is important to improve the performance of infrared detection system. In this article, we mainly discussed two sources: earth and atmosphere emission and thermal stray radiation. A method based on Monte Carlo ray-tracing in TracePro is proposed to calculate the irradiance of detector arisen from earth and atmosphere emission. The thermal stray light irradiance on detector can also be obtained by simulation in TracePro.