Add to ORKGA combined environmental aging chamber was developed at the Jet Propulsion Laboratory (JPL). The chamber has an ultraviolet (UV) light source that can be varied between 1 to 2 suns, temperature control from -40 to +175 C, and adjustable humidity. Results from two initial aging experiments (Tedlar and amorphous silicon colar cells) were presented
Research was conducted at MSFC on the behavior of elastomeric materials after exposure to simulated ...
The identification and development techniques for low-cost module encapsulation materials were revie...
Material erosion data collected during flight experiments such as the Environmental Oxygen Interacti...
Solar ultraviolet testing was not developed which will provide highly accelerated (20 to 50X) exposu...
The Jet Propulsion Laboratory (JPL) program of developing qualification tests necessary for amorphou...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
The members of the Solar Radiation Working Group arrived at two major solar radiation technology nee...
Short-circuit current degradation of electron irradiated double-layer antireflective-coated cells af...
Samples of S-13G that had been exposed to the salt air environment of Cape Kennedy, Florida were irr...
Leakage currents were experimentally measured in PV modules undergoing natural aging outdoors, and i...
A general research approach was outlined toward understanding water-module interactions and the infl...
The effects of solar radiation in aerospace environments on aerospace systems are examined. It was c...
In situ reflectometer for determining stability of thermal control coatings exposed to combined vacu...
The Aerospace Engineering Space Environments Laboratory at California Polytechnic State University f...
Ultraviolet degradation - effect of irradiation on optical properties of coatings in atmospheric con...
Research was conducted at MSFC on the behavior of elastomeric materials after exposure to simulated ...
The identification and development techniques for low-cost module encapsulation materials were revie...
Material erosion data collected during flight experiments such as the Environmental Oxygen Interacti...
Solar ultraviolet testing was not developed which will provide highly accelerated (20 to 50X) exposu...
The Jet Propulsion Laboratory (JPL) program of developing qualification tests necessary for amorphou...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
The members of the Solar Radiation Working Group arrived at two major solar radiation technology nee...
Short-circuit current degradation of electron irradiated double-layer antireflective-coated cells af...
Samples of S-13G that had been exposed to the salt air environment of Cape Kennedy, Florida were irr...
Leakage currents were experimentally measured in PV modules undergoing natural aging outdoors, and i...
A general research approach was outlined toward understanding water-module interactions and the infl...
The effects of solar radiation in aerospace environments on aerospace systems are examined. It was c...
In situ reflectometer for determining stability of thermal control coatings exposed to combined vacu...
The Aerospace Engineering Space Environments Laboratory at California Polytechnic State University f...
Ultraviolet degradation - effect of irradiation on optical properties of coatings in atmospheric con...
Research was conducted at MSFC on the behavior of elastomeric materials after exposure to simulated ...
The identification and development techniques for low-cost module encapsulation materials were revie...
Material erosion data collected during flight experiments such as the Environmental Oxygen Interacti...
