The problem reactors in Japan are boiling water reactors, while most reactors in the U.S. are pressure water reactors. In either type, heat from the reactor core is used to create steam to turn a turbine connected to an electric ...
Basically what scientists figured out is that a tiny little atom produces a large amount of energy when it is split apart and when it is fused together. The massive gravity of the sun pulls hydrogen atoms together and fuses them into helium ... The
Enigma of Nuclear radiation of the Fukushima Daiichi plant reactors in Japan. The reactors at the Fukushima Daiichi plant are boiling water reactors. The reactor which saw the explosion is Fukushima Daiichi 1. ... Having said that, the number of
Uranium 235 — the fuel inside a nuclear reactor — undergoes nuclear fission. This process emits a lot of heat energy, which produces steam, and that steam turns a turbine, generating electricity. What happened to the nuclear reactors ...
In power reactors, the heat energy produced can be used to produce steam heat, and then used to work the turbine generator that can generate electricity. While the nuclear reactor at the research reactor, the heat produced is not utilized and can be
Meltdowns or explosions at nuclear reactors can release harmful radiation. Earthquake damage has affected reactors in Japan, despite strict safeguards. ... The Nuclear Safety Commission of Japan's Seismic Guide for nuclear plants requires that “the