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It works by pumping water to the steam generators from reserve tanks or a larger body of water (e.g. lake, river, or ocean) to remove decay heat from the reactor by dumping non-radioactive steam to atmosphere or using this steam to drive turbine driven auxiliary feedwater pump(s). The auxiliary feedwater system in PWRs are often equipped with ...
The use of a bomb was initially supported over that of the reactor driven laser because it delivered a more intense beam. Livermore's research was almost entirely devoted to missile defense using x-ray lasers. The idea was to mount a system of nuclear bombs in space where these bombs would each power approximately 50 lasers.
The S6G reactor plant consists of the reactor coolant, steam generation, and other support systems that supply steam to the engine room. The S6G is a 165 megawatt (MW) reactor driving two 26 MW steam turbines. [1] The Los Angeles-class engine room also contains the steam turbines that generate electricity and drive the propeller shaft. [2]
The System 80+ was developed into the Korean OPR-1000 and later APR-1400, [3] and contributed design features to the AP1000. [4] The NRC has certified the System 80+ for the U.S. market, but Westinghouse ceased actively promoting the design for domestic sale, prior to their bankruptcy. [5]
Scientists at Lawrence Livermore National Laboratory say they've produced a nuclear fusion reaction that generated more energy than it required to ignite.
The plant supplies 6% of California's power, but carries a 1 in 37,000 chance of experiencing a Chernobyl-style nuclear meltdown within five years.
The Atomics International division of North American Aviation used a separate and dedicated portion of the Santa Susana Field Laboratory to build and operate the first commercial nuclear power plant in the United States, [7] as well as for the testing and development of compact nuclear reactors, including the first and only known nuclear ...
TRU nuclear waste in need of disposal could increase at Los Alamos as it was planned to generate 30 pits a year, combined with 50 a year by 2030 at the DOE’s Savannah River Site in South Carolina.