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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Properties of Van Allen outer radiation belt determined by ion chamber and Geiger counter instruments aboard Explorer VI satellite
Observations of Van Allen radiation regions by Explorer VI satellite - charged particle variations, scintillation counter data, and other particle counter information
Explorer VI satellite observations and experiments on geomagnetic field termination, distortion, and storm time fluctuations
Explorer VI satellite observations of geomagnetic field fluctuations and perturbations
Explorer VI satellite observations of low frequency hydromagnetic wave fluctuations in distant geomagnetic field
Data from research vessel, instrumented research aircraft, and Tiros VI and Tiros VII SATELLITES to study nondeepening tropical disturbance
Cosmic ray flare effects observed by Pioneer VI SPACECRAFT
Comparison of magnetic and cosmic ray data of Pioneer VI with particle guidance properties of interplanetary magnetic field
Solar particle propagation in magnetic fields revealing anisotropies in proton flux analyzed from Pioneer VI space probe data
Comparison of interplanetary magnetic field measurements obtained by Pioneer VI space probe and IMP-III satellite
Interplanetary electron number density determination by Pioneer VI radio propagation experiment
Pioneer VI spacecraft design, noting performance and instrument payload
Pioneer VI MIT experimental results on interplanetary plasma
Pioneer VI data on plasma instability in solar wind
Scientific information transmissions from Pioneer VI and VII space probes
Explorer XXVIII and XXXIII and Pioneer VI MAGNETOMETRIC determination of general macrostructure of interplanetary magnetic field in cislunar space
The Ground/Orbiter Lasercomm Demonstration (GOLD) is an optical communications demonstraton between the Japanese Engineering Test Satellite (ETS-VI) and an optical ground transmitting and receiving station at the Table Mountain Facility. GOLD was an experiment that demonstrated real-time international collaboration.
Nuclear fission produces 400 GWe which represents 11% of the global electricity output. Uranium is the essential element as both fission fuel and radioactive waste. Therefore, the recovery of uranium is of great importance. In this study, an in situ electrolytic deposition method to extract uranium from aqueous solution is reported. A functionalized reduced graphene oxide foam (3D-FrGOF) is used as the working electrode, which acts as both a hydrogen evolution reaction catalyst and a uranium deposition substrate. The specific electrolytic deposition capacity for U(VI) ions with the 3D-FrGOF is 4560 mg g –1 without reaching saturation, and the Coulombic efficiency can reach 54%. Moreover, reduction of the uranium concentration in spiked seawater from 3 ppm to 19.9 ppb is achieved, which is lower than the US Environmental Protection Agency uranium limits for drinking water (30 ppb). Furthermore, the collection electrode can be efficiently regenerated and recycled at least nine times without much efficiency fading, by ejecting into 2000 ppm concentrated uranium solution in a second bath with reverse voltage bias. All these findings open new opportunities in using free-standing 3D-FrGOF electrode as an advanced separation technique for water treatment.