Innovations in Spacecraft Proximity & Navigation Lighting

[摘要] New spacecraft bound for the Moon and Mars should be exploring lighting technologies that can reduce safety risks while increasing capability. The operational lighting environment for these new missions will not have the forgiving 90 minute orbit of the International Space Station. Advances in solid state lighting and optics design are yielding new form factors for lamps that have the potential to reduce operational risk for both humans and imaging systems that are impacted by high contrast lighting environments. This project evaluated light source form factors and control innovations for spacecraft exterior proximity and navigation lighting by building a demonstration test rig and testing the effectiveness of the light sources and their controls to increase visibility and usability.

[发布日期] 2018-10-01

[学科分类] 原子、分子光学和等离子物理

[关键词] LIGHT SOURCES;ILLUMINATING;IMAGING TECHNIQUES;SPACE NAVIGATION;VISIBILITY;PHOTOGRAMMETRY;RISK;SAFETY;INTERNATIONAL SPACE STATION