INTRODUCTION TO NUCLEAR PHYSICS
by
Dhruva S. Banavara.
This is a branch of Physics that deals with the interaction of mostly radioactive atoms, isotopes, and elements inside of a nuclear reactor and its corresponding Nuclear components
Nuclear physics provides information about
the structure of nuclei that can be obtained from high-energy electron
scattering experiment.
HISTORY
The history of nuclear Physics as a
discipline, distinct from atomic physics starts with the discovery of
radioactivity in 1896, by Henri Becquerel.
EARLY
DISCOVERIES
Ernest Rutherford's team performed a
remarkable experiment in which they fired alpha particles at a thin foil of
Gold. The results of this experiment proved the existence of Nucleus.
In 1932, J. Chadwick realized that the
radiation observed from the core of the atom was actually due to a neutral
particle which was later called neutron.
RADIOACTIVITY
Radioactivity (also known as radioactive decay) is a process by which
an unstable atomic nucleus loses energy by radiation. A material containing
unstable nuclei is considered radioactive.
Radioactivity was discovered in 1896, by
French scientist, Henri Becquerel, while working with phosphorescent materials.
NUCLEAR
REACTION
Nuclear reaction is sementically considered
in which two nuclei, or a nucleus and an external subatomic particle, collide
to produce one or more new nuclides.
NUCLEAR
FISSION
Nuclear fission is a nuclear reaction
process in which the nucleus of an atom splits into two or more smaller nuclei.
CHAIN
REACTION
If one or more of the produced neutrons
themselves interact with other fissionable nuclei, and these also undergo
fission, then the overall fission reaction won't stop, but continue throughout
the reaction material. This is a self sustaining Nuclear Chain Reaction. This is the principle for Nuclear Reactors and
Atomic Bombs.
MODERN
NUCLEAR PHYSICS
A heavy Nucleus can contain hundreds of
nucleons. This means that, it can be treated as a classical system, rather than
a quantum or mechanical one.
Much of current research in Nuclear Physics
relates to the study of nuclei, under extreme conditions.
Dhruva S. Banavara.
This is a branch of Physics that deals with the interaction of mostly radioactive atoms, isotopes, and elements inside of a nuclear reactor and its corresponding Nuclear components
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