The Journal of Nuclear Energy Science & Power Generation Technology (JNPGT) promotes rigorous research that makes a significant contribution in advancing knowledge for Nuclear Energy Science and Power Generation Technology. JNPGT includes all major themes pertaining to Nuclear Energy and Power Generation Technology.

2. What is Nuclear Energy
The sun and stars are apparently endless energy
sources. That power is the result of nuclear
reactions, in which matter is transformed to
energy.
Presently, nuclear power provides for
approximately 16% of the world's electricity.
Compared with the stars, the nuclear reactors that
we have today work on the principle of nuclear
fission.

3. Nuclear Fission
Nuclear fission is the procedure of breaking
atoms, or fissioning them.
The atomic bomb and nuclear reactors
perform by fission.
These fragments, or fission products, are
about equal to half the unique huge.
Two or three neutrons are also emitted.
 Fission can occur when a nucleus of a large
atom catches a neutron, or it can happen
spontaneously.

4. Uranium-235
Uranium is the most crucial factor used
in nuclear reactors and in certain kinds of
nuclear tanks. The particular isotope used
is 235U.
The factor uranium is the primary
power used to go through nuclear fission
to generate power since it has many
positive qualities. Uranium nuclei can be
quickly divided by capturing neutrons at
them.
Also, once a uranium nucleus is
divided, several neutrons are launched
which are used to divided other uranium
nuclei. This trend is known as a
incidents.

5. Nuclear Reactor
All atomic reactors are devices designed
to maintain a incidents creating regular
flow of neutrons produced by the fission
of heavy nuclei.
These reactors generate neutrons for
several reasons, such as producing
radiopharmaceuticals for medical analysis
and therapy, examining materials and
performing studying.
Power reactors are usually found in
atomic energy plants. Devoted to
producing heat mainly for power
production.

6. Nuclear Power Plant
The nuclear energy plant appears on the
boundary between humanity's greatest desires
and its inner worries for the future.
On one hand, nuclear energy offers a clean
energy alternative that liberates us from the
shackles of non-renewable energy
dependancy.
Imagine following a voltage of power back
through the wall outlet, all the way through
kilometers of utility lines to the nuclear
reactor that produced it.
you would find the jet of vapor that changes
the creator and finally the radioactive
uranium package that warms water into
vapor.