Simplified Model of Segmented Electrode Losses in Nonequilibrium MHD Generators
Simplified model of segmented electrode losses in nonequilibrium magnetohydrodynamic generators
NONEQUILIBRIUM IONIZATION↗
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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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Liquid MHD power conversion
Liquid-metal magnetohydrodynamic power conversion system without rotating parts
MAGNETOHYDRODYNAMIC GENERATOR↗
Liquid MHD power conversion
Nonrotating Rankine cycle for liquid metal magnetohydrodynamic power conversion
POWER CONVERSION↗
Diagnostics of MHD generator plasmas
Rare-gas magnetohydrodynamic generator - Plasma diagnostics
MAGNETOHYDRODYNAMIC GENERATOR↗
Operation of an MHD power generator Semiannual report, 1 Jun. - 1 Dec. 1966
Operation of large inert gas magnetohydrodynamic power generator
RARE GAS↗
Characteristics of plasma probes in an MHD WORKING fluid.
Theory of electrostatic probes in high pressure plasma, discussing ionization and recombination phenomena, diffusion boundary layer, spherical probe, etc
WORKING FLUID↗
Theoretical and experimental investigation of liquid metal MHD power generation.
Liquid metal magnetohydrodynamic power generation for space vehicle use
ENERGY CONVERSION↗
Effects of axial gradients of velocity and magnetic field, electrode stagger, and ion slip on parameters in MHD accelerators
Numerical analysis of electric current and potential distributions in linear Faraday plasma accelerators
Hohl, F.↗
Electromagnetic processes in an ideal, induction MHD machine
Electromagnetic processes in conduction band of traveling magnetic field of flat inductor in magnetohydrodynamic machines
Ulmanis, L. YA.↗
Higher spatial harmonics of the magnetic field of an induction MHD machine
Higher spatial harmonics of magnetic field in induction magnetohydrodynamic generator
Mikelson, Yu. YA.↗
Longitudinal edge effect in linear induction MHD machines
Longitudinal edge effect in linear induction magnetohydrodynamic generators
Valdmanis, Ya. YA.↗
Criteria for use of Rankine-MHD systems in space
Design criteria for Rankine magnetohydrodynamic generators in space applications
Nichols, L. D.↗
Solution of the Boltzmann and rate equations for the electron distribution function and state populations in nonequilibrium MHD plasmas
Solution of Boltzmann, and rate equations for bound electronic states in nonequilibrium magnetohydrodynamic plasma
Albers, L. U.↗
MHD boundary layers involving non-equilibrium ionization Summary report, for period ending 24 Jan. 1968
Magnetohydrodynamic boundary layers studied with existing difference in electron and heavy particle temperatures
Sherman, A.↗
Liquid-metal-piston MHD generator
Magnetohydrodynamic generator uses a slug or piston of liquid potassium as the working fluid. An expanding vapor of the metal is allowed to reciprocate the liquid-metal-piston through a magnetic field and the expansion energy is converted directly into electrical energy.
Palmer, J. P.↗
Results of research on a single-component system for a liquid-metal MHD converter
Single component closed loop, liquid potassium magnetohydrodynamic generator
Bogomolv, B. G.↗
End effect in MHD ducts with non-conducting partitions
End effect in magnetohydrodynamic ducts with nonconducting partitions
Lavrentyev, I. V.↗
Thermodynamic analysis of new cycles for liquid-metal MHD generators
Acceleration devices for liquid metal magnetohydrodynamic generators
Boldyrev, V. M.↗