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The source of plutonium is the reprocessing of "burned" nuclear reactors fuels.
The source of technetium in the environment are nuclear fuels reprocessing plants.
Gordon R. Thompson has written: 'Evidence to the Windscale Inquiry on the safety assessment of nuclear fuel reprocessing, storage and ancillary activities' -- subject(s): British Nuclear Fuels, British Nuclear Fuels. Windscale and Calder Works
Plutonium is found in the nature only as ultra-traces accompanying uranium minerals. Plutonium is obtained in industrial quantities in the nuclear reactors technology, by reprocessing of the burned nuclear fuels.
The prncipal nuclear reaction to obtain americium is: 239Pu---------(n,γ)------ 240Pu---------(n,γ)------ 241Pu ---------(β-)------241Am Americium is a by-product of nuclear fuels burn-up and can be extracted (with many difficulties and costs) from these irradiated fuels in reprocessing plants.
Nuclear fissions in nuclear fuels generate heat and electricity.
Nuclear fuels are extremely dangerous and the station could explode.
Brian G. Chow has written: 'Managing wastes with and without plutonium separation' -- subject(s): Costs, Radioactive waste disposal, Reactor fuel reprocessing, Management, Radioactive wastes, Recycling, Storage, Nuclear fuels, Cost effectiveness, Plutonium, Spent reactor fuels
Nuclear energy does not come from fossil fuels
Robert Civiak has written: 'Nuclear fusion power' -- subject(s): Nuclear energy, Nuclear fusion 'Breeder reactors' -- subject(s): Breeder reactors, Nuclear industry, Nuclear reactors 'Improved uranium utilization in once-through light water reactors' -- subject(s): Light water reactors, Technological innovations, Uranium as fuel 'Plutonium economics and Japan's nuclear fuel cycle policies' -- subject(s): Nuclear fuels, Plutonium, Reactor fuel reprocessing 'Economics of plutonium use in light water reactors' -- subject(s): Costs, Economic aspects of Plutonium as fuel, Economic aspects of Uranium as fuel, Light water reactors, Nuclear fuels, Plutonium as fuel, Reactor fuel reprocessing, Uranium as fuel 'Uranium enrichment' -- subject(s): Economic aspects of Nuclear energy, Nuclear energy, Uranium enrichment 'Nuclear power' -- subject(s): Nuclear energy, Technological innovations 'Magnetohydrodynamic (MHD) power generation' -- subject(s): Electric power production, Magnetohydrodynamic generation, Magnetohydrodynamics
For example, nuclear fuels.
Fusion is the type of nuclear reaction that fuels your solar system.