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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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Conversion of 2-formyl dienone III into dienone IV upon irradiation in acetic acid followed by base-catalyzed deformylation of crude photoproduct
Lightweight power-conditioning system for ion engines using energy-storage transformers for conversion, nondissipative regulation and protection
Basic considerations for DC to DC conversion networks, detailing relationship between characteristics of active resistor and maximum AC POWER generated by active element
Liquid-metal magnetohydrodynamic power conversion system without rotating parts
Liquid magnetohydrodynamic power conversion
Thin dielectric films for thermo-dielectric energy conversion
Nonrotating Rankine cycle for liquid metal magnetohydrodynamic power conversion
Circuit considerations for dc to dc conversion in high frequency range
Thermoelectric materials engineering, plasma physics, and electrochemistry for direct energy conversion systems
Energy conversion research on alkali metal vapor, large nonequilibrium generator, and plasma instability
Direct conversion device using thermally accelerated, charged colloidal particles
Hartree-Fock-Slater calculation of internal conversion coefficients for magnetic multipoles for yttrium-87 with 0.05 or 0.15 mc-square gamma energy values
Internal conversion coefficients for M4 transition in Te, noting gamma energy magnitude, nuclear size effects and eigenvalue results
Power conversion circuits of Surveyor spacecraft including distribution system, battery charging and central regulator units
Cyclotron harmonic resonances in plasma frequency conversion output due to harmonic interactions with incident waves
Power conversion derivation in nonlinear resistive element in series with linear resistors
Design integration of reactor, shielding and power conversion systems for manned earth orbital station
Conversion of solar-thermal to electrical energy by capacitance-change pumping of thermodielectric thin films, noting space environmental chamber tests