Nuclear Energy

Nuclear Energy Points : nuclear energy definition, short note nuclear energy, conversion of nuclear energy There is general development all over the world to utilize nuclear energy as a cause of power. This is as of fast reduction of conventional energy sources. Transport network and large storage ability are not necessary which one of the main are hurdles in coal base thermal power plants. But there is a fear of radiation danger as of these power plants. Conversion of Nuclear Energy According to Albert Einstein’s theory, the relation between energy released through nuclear reaction and mass is specified by

E = mc²
where E is energy released in Joules.
m is actual mass converted into energy in kg.
c is velocity of light (3 x 10⁸ m/s)

There are three common nuclear reactions that change nuclear energy into thermal energy (radioactive decay, fission and fusion). At the present day’s just fission method that make sizable quantity of thermal energy is used.

Fissions can be cause with neutrons, which being electrically neutral, strikes the positively charged nucleus at low, sensible and high speeds. Neutrons bombardment results in continued reactions as two or three neutrons are generally released for each one absorbed in fission.

The instant products of fission reactions, for example X_c¹⁴⁰ and S_r⁹⁴ are call as fission remains. They are their molder products are call fission products. After lots of fission reactions, energy is released. Complete fission of 1 gm of U²³⁵ nucleus produces 0.948 MW per day.