A system for the vacuum deposition of atomic-oxygen durable coatings for reflective solar dynamic power systems (SDPS) concentrators was designed and demonstrated. The design issues pertinent to SDPS were developed by the Government Aerospace Systems Division of the Harris Corporation and are described in NASA-CR-179489. Both design and demonstration phases have been completed. At the time of this report the deposition system was ready for coating of facets for SDPS concentrators. The materials issue relevant to the coating work were not entirely resolved. These issues can only be resolved when substrates which are comparable to those which will be used in flight hardware are available. The substrates available during the contract period we...
Thin aluminum films were considered for use as a reflective surface for solar collectors on orbiting...
Protection for polymeric surfaces is needed to make them durable in the low Earth orbital environmen...
The photovoltaic (PV) power system for Space Station Freedom (SSF) uses solar array blankets which p...
The objective of the advanced concentrator program is to develop the technology that will lead to li...
Second surface silver microsheet glass concentrators are being developed for potential use in future...
Reflective surfaces for space station power generation systems are required to withstand the atomic ...
Thermal control coatings with high thermal emittance and low solar absorptance are needed for Space ...
A key technology development driver in environmental control systems and next generation optics are ...
A generic list of Space Station surfaces and candidate material types is provided. Environmental exp...
Power degradation in the solar cells was consistent with the exposure environment and appears to be ...
Reflective surface deposition of aluminum and silicon oxide on epoxy coated substrate of solar energ...
Silver mirror samples with protective coatings were subjected to a stream of 27 microns alumina part...
An experimental apparatus was constructed and utilized in conjunction with both a solar simulator an...
The need for efficient, cost effective sources of electrical power in space has led to the developme...
Solar dynamic power system mirrors for use on space station and other spacecraft flown in low Earth ...
Thin aluminum films were considered for use as a reflective surface for solar collectors on orbiting...
Protection for polymeric surfaces is needed to make them durable in the low Earth orbital environmen...
The photovoltaic (PV) power system for Space Station Freedom (SSF) uses solar array blankets which p...
The objective of the advanced concentrator program is to develop the technology that will lead to li...
Second surface silver microsheet glass concentrators are being developed for potential use in future...
Reflective surfaces for space station power generation systems are required to withstand the atomic ...
Thermal control coatings with high thermal emittance and low solar absorptance are needed for Space ...
A key technology development driver in environmental control systems and next generation optics are ...
A generic list of Space Station surfaces and candidate material types is provided. Environmental exp...
Power degradation in the solar cells was consistent with the exposure environment and appears to be ...
Reflective surface deposition of aluminum and silicon oxide on epoxy coated substrate of solar energ...
Silver mirror samples with protective coatings were subjected to a stream of 27 microns alumina part...
An experimental apparatus was constructed and utilized in conjunction with both a solar simulator an...
The need for efficient, cost effective sources of electrical power in space has led to the developme...
Solar dynamic power system mirrors for use on space station and other spacecraft flown in low Earth ...
Thin aluminum films were considered for use as a reflective surface for solar collectors on orbiting...
Protection for polymeric surfaces is needed to make them durable in the low Earth orbital environmen...
The photovoltaic (PV) power system for Space Station Freedom (SSF) uses solar array blankets which p...