Space Instrumentation and Dual-use Technologies: 4-6 April 1994, Orlando, FloridaFirooz A. Allahdadi |
Contents
Orbital debris detection program highlights from the Air Force Maui Optical Station 221442 | 7 |
Laserbased particle protection system for spacecraft in lowearth orbit 221403 | 21 |
Shadowgraphic holography analysis for debris characterization 221404 | 31 |
Copyright | |
27 other sections not shown
Common terms and phrases
active waveguide algorithm applications array beam calibration camera catalog cell collision configuration correlation cost crossbar switch crystal CSDA detection detector device diameter diffraction diode lasers electronics energy experiment fiber optic field of view filter flow flux focal plane function GEODSS hardware holography imaging impact industrial infrared instrument integrated LDEF lens light low earth orbit mandrel maneuver measurement Meteoroid microns mirror mission models module monitoring multispectral NASA objects observations operation optical amplifiers optical fiber orbital debris output parameters particle performance phase Phillips Laboratory Photonics pixels pulse QPID radar range requirements resolution sample satellite SEASIS SEDSAT semiconductor lasers sensitivity sensor shown in Figure signal simulation solar space debris spacecraft spectral spectrometer SPIE Vol structure subsystem surface target techniques telescope temperature thermal tracking trajectory USSPACECOM velocity wavelengths