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A major drawback to the use of nuclear power is that it produces radioactive waste. This waste can pollute water sources and kill organisms.
It is currently the most expensive major energy technology.It is currently the most expensive major energy technology.
1 live over 75 percent of the electricity from nuclearenergy you to a long-standing policy based on energy security friends is the world's largest net exporter have electricity due to very low cost a generation and greens over easy you are three billion per year from this has been very active in developing nuclear technology you feel products fuel products and services are a major export 4 it is its generation 3 reactor hi about 70 percent difference is electricity is recycled from nuclear field
Nuclear fusion.
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To produce electricity
Today these installations are not surely controlled.
Yes.
A major drawback to the use of nuclear power is that it produces radioactive waste. This waste can pollute water sources and kill organisms.
India uses Nuclear Powerplants as major sources of it Electricity. It also has a few coal stations and some water turbines at a few dams. But 80% of electricity generated in India is actually nuclear energy.
Mechanics Thermodynamics Waves Electricity & Magnetism Electronics Nuclear Physics
France is one of the major nuclear powers in the world today. Both in strategic defence and by far the largest in the production of electricity through nuclear reactors.
It is currently the most expensive major energy technology.It is currently the most expensive major energy technology.
NUCLEAR DEBATE 1)Proponents of nuclear energy assert that nuclear power is a compact, reliable sustainable energy source that reduces carbon emissions and increases energy security. Proponents highlight that nuclear energy's operational safety record is already very good when compared to other major power plant technologies. They claim that the risks of waste and other environmental impacts are small compared to other sources of electricity and can be further reduced by improved technology in new reactors. 2)Mainly to produce electricity. Also to produce radio-isotopes for medical and industrial use 3)The two "basic types" of nuclear energy are based on fission and fussion. Fission is basically atom splitting. Fusion is the forcing together of nuclei and causing them to fuse, to stick together, and to form a new nucleus. In both nuclear reactions, a lot of heat is generated. The reactions can be set up to occur "really fast" and release energy all at one. This the idea behind the nuclear weapons. There is another idea. Because the primary useful energy released in nuclear reactions is heat, that heat can be captured to do useful work. At present, we can't do any "controlled fusion" and capture heat to generate electric power. But we can use fission to our advantage to make heat to boil water to generate steam to turn a turbine to turn a generator and make electricity. And we do this pretty well.
what are the major advantage and disadvantage of concentric diversification?