APL / Johns Hopkins University Applied Physics Laboratory / Leninetz Company / /
Country
Belgium / Russia / United States / /
Currency
pence / /
Facility
Ioffe Physical Technical Institute / Van Wie The Johns Hopkins University Applied Physics Laboratory / Ioffe Institute / Johns Hopkins University Applied Physics Laboratory / Kármán Institute / /
IndustryTerm
non-equilibrium chemical reactions / plasma devices / conventional state-of-the-art technology / plasma-assisted combustion technologies / electromechanical systems / force accounting system / energy deposition / maximum energy / alternate low-mass magnet technologies / e-beams / off-board energy deposition / ionized gas / control technologies / energy generation requirements / energy / large-scale inlet flow control technologies / power generation systems / large-scale inlet flow control systems / technology areas / power-generation systems / generation systems / gas discharge / individual technologies / plasma technologies / gas pressures / plasma aerodynamic technologies / plasma flow control devices / e-beam / thermal energy deposition process / steel cryostats / deposited energy / energy-balancing capabilities / inlet flow control systems / /
The Johns Hopkins University / Ioffe Physical Technical Institute / Kármán Institute / U. S. Air Force Research Laboratory Propulsion and Power Directorate / Ioffe Institute / /
Person
S. Bobashev / / /
Product
Plasma Jet Injection / /
ProgrammingLanguage
AJAX / DC / /
ProvinceOrState
Maryland / Connecticut / /
Technology
plasma technologies / so alternate low-mass magnet technologies / MHD-flow control technologies / microwave / ATM / heat transfer / considered technologies / AJAX / AJAX-vehicle technologies / plasma-assisted combustion technologies / laser / 17 technologies / Flow Control System / plasma aerodynamic technologies / flow control / individual technologies / ISP / MHD technologies / specific plasma technologies / recombination / large-scale inlet flow control technologies / /