Plasma core reactor simulations using RF uranium seeded argon discharges |
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Common terms and phrases
80 kW rf approximately ARGON BUFFER GAS ARGON INJECTION Argon mass flow AXIAL BYPASS EXHAUST axial midplane chamber flow configuration Chamber pressure diagnostic driven vortex injection dye laser system electron diffraction endwall etalon exhaust gas EXPLORATORY RF PLASMA exploratory tests fissioning uranium plasma flow control scheme flow geometries fused-silica tube HEAT EXCHANGER induction heater facilities MASS FLOW METER mass flow rate MG RESIDUE MW rf induction on-axis thru-flow peripheral wall PHOTOGRAPH PLASMA CORE REACTOR plasma test chamber POWER RADIATED PURE UF6 INJECTION range of test RESIDUE WALL COATING RESONATOR SECTION RF discharge power rf induction heater RF PLASMA TESTS RF WORK COIL rf-heated plasmas scans shown in figure SILICA TUBE spectral emission spectrophotometry techniques temperature TEST CHAMBER CONFIGURATION test chamber flow test conditions TEST CONFIGURATION TESTS WITH PURE thru-flow duct UF6 mass flow uranium compounds uranium hexafluoride UTRC wall deposition wavelength wavelength bands x-ray diffraction