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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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Conductive sleeve induction motor having a 1-msec mechanical time constant is used with solid-state devices to control all-electric servo power systems. The servomotor rotor inertia is small compared to the maximum force rating of the servo motion, permitting high no-load acceleration.
Magnetohydrodynamic induction generators with liquid metal working media, and electromagnetic field structures
Higher spatial harmonics of magnetic field in induction magnetohydrodynamic generator
Transverse edge effect in plane induction magnetohydrodynamic generators
Longitudinal edge effect in linear induction magnetohydrodynamic generators
Potential use of high frequency induction heating for high temperature liquid metal heat transfer testing
Induction plasma heating system for hydrogen-argon simulated gas cooled reactor studies
Carbon dioxide and water vapor effects on induction period kinetics of hydrogen-oxygen reaction
Performance characteristics of single wavelength liquid metal MHD induction generator with end loss compensation, determining electrical losses and power production
Vertical magnetic induction effect on nucleate boiling of mercury on horizontal heating surface
Traveling wave MHD induction generator with variable fluid velocity having rotating machine internal electrical efficiency
Meteorite heating by dynamo induction from pre- main sequence T Tauri type solar wind
Collagenolytic and proteolytic activities induction in rat and human fibroblasts by antiinflammatory drugs
Induction-heated plasma torch operates with an input of 1 Mw of direct current of which 71 percent is transferred to the plasma and the remainder is consumed by electrical losses in the system. Continuous operation of the torch should be possible for as long as 5,000 hours.
Discussion of magnetohydrodynamic induction generator examines the machine in detail and materials problems influencing its design. The higher upper-temperature limit of the MHD system promises to be more efficient than present turbine systems for generating electricity.
Mutual-inductance probe accurately measures liquid levels in a variety of liquid metals at elevated temperatures. It can be used in pyrochemical processes for the recovery of spent reactor fuel.
Construction and performance tests of induction type liquid potassium magnetohydrodynamic generator
Superconductive inductance-type high energy density storage system