Argonne National Laboratory / Oak Ridge National Laboratory / Brookhaven National Laboratory / Battelle Northwest Laboratories / /
Country
United States / /
Currency
USD / /
Facility
Oak Ridge National Laboratory / R.B. BRIGGS Oak Ridge National Laboratory / Reactor Development Achievement / Physical Constants Tests Reactor / High-Flux Isotope Reactor / Processing plant / High Temperature Lattice Test Reactor / /
IndustryTerm
larger equipment / reductive extraction fuel processing system / ratios using processing / breeder processing plant / chemical problems / molten-salt systems / chemical compounds / reactor equipment / chemical steps / physical and chemical properties / partial processing / radioactive equipment / carrier salt / chemical potentials / noble metal fission products / continuous fuel processing / high-energy neutrons / energy / radioactive systems / chemical processing development occurred15 / metal / demonstrated processing system / off-gas system / liquid metal extraction / much larger equipment / extractive processing / technology needs / chemical processing / firmer chemical basis / civilian power applications / process equipment / molten-salt chemical research / carrier salt makeup / metal surfaces / breeder processing / reactor systems / fuel processing methods / Technology developments / fluorine gas / fission products / redundant cooling systems / chemical information / automatic welding equipment / few fission products / molten salt technology / /
Organization
AND POTENTIAL M.W. ROSENTHAL / P.R. KASTEN / and R.B. BRIGGS Oak Ridge National Laboratory / US Atomic Energy Commission / /
Person
Core / Kermit Anderson / E.S. Bettis / V.P. Calkins / Glenn T. Seaborg / /
Position
Chairman / designer / /
ProvinceOrState
Tennessee / /
Technology
radiation / heat transfer / molten salt technology / REMAINING TECHNOLOGY / /
MOLTEN-SALT REACTORS—HISTORY, STATUS, AND POTENTIAL M.W. ROSENTHAL, P.R. KASTEN, and R.B. BRIGGS