Eastman Kodak Company included twelve substrate and coating samples on the Long Duration Exposure Facility (LDEF) structure. There were three Fused Silica and three Ultra Low Expansion (ULE) uncoated glass samples, two ULE samples with a high reflectance silver coating, two Fused Silica samples with an antireflectance coating, and two Fused silica samples with a solar rejection coating. A set of duplicate control samples was also manufactured and stored in a controlled environment for comparison purposes. Kodak's samples were included as a subset of the Georgia Institute of Technology tray, which was located on row 5-E, tray S0050-2. This placed the samples on the trailing edge of the structure, which protected them from the effects of atom...
Various reflector configurations were flown as part of the Long Duration Exposure Facility (LDEF) A0...
Space-environment-induced degradation of white thermal control coatings from the Long Duration Expos...
The design of the Space Station presented new challenges in the selection and qualification of therm...
Specimens of eight different optical mirror materials were flown in low earth orbit as part of the L...
Four material coatings of different thickness were flown on the LDEF to determine their ability to p...
Phillips Laboratory's Long Duration Exposure Facility (LDEF) optical experiment is designed to deter...
Four material coatings of different thicknesses were flown on the LDEF to determine their ability to...
An introduction to contamination effects observed on the Long Duration Exposure Facility (LDEF) is p...
This report concerns two types of optical components: multilayer filters and mirrors, and self-scann...
The NASA Long Duration Exposure Facility (LDEF) provided a unique flight opportunity for conducting ...
Thermal control coatings and contaminant collector mirrors were exposed on the leading and trailing ...
Materials located on the exterior of spacecraft in low Earth orbit are subjected to a number of envi...
Candidate Space Station Freedom radiator coatings including Z-93, YB-71, anodized aluminum and SiO(x...
Major materials findings obtained during LDEF post-flight investigations over the past three and one...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
Various reflector configurations were flown as part of the Long Duration Exposure Facility (LDEF) A0...
Space-environment-induced degradation of white thermal control coatings from the Long Duration Expos...
The design of the Space Station presented new challenges in the selection and qualification of therm...
Specimens of eight different optical mirror materials were flown in low earth orbit as part of the L...
Four material coatings of different thickness were flown on the LDEF to determine their ability to p...
Phillips Laboratory's Long Duration Exposure Facility (LDEF) optical experiment is designed to deter...
Four material coatings of different thicknesses were flown on the LDEF to determine their ability to...
An introduction to contamination effects observed on the Long Duration Exposure Facility (LDEF) is p...
This report concerns two types of optical components: multilayer filters and mirrors, and self-scann...
The NASA Long Duration Exposure Facility (LDEF) provided a unique flight opportunity for conducting ...
Thermal control coatings and contaminant collector mirrors were exposed on the leading and trailing ...
Materials located on the exterior of spacecraft in low Earth orbit are subjected to a number of envi...
Candidate Space Station Freedom radiator coatings including Z-93, YB-71, anodized aluminum and SiO(x...
Major materials findings obtained during LDEF post-flight investigations over the past three and one...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
Various reflector configurations were flown as part of the Long Duration Exposure Facility (LDEF) A0...
Space-environment-induced degradation of white thermal control coatings from the Long Duration Expos...
The design of the Space Station presented new challenges in the selection and qualification of therm...