Nuclear Physics

Here the content of Nuclear Physics is a versatile area of the subject - 'Physics'. It contains basic Nuclear Structure along with several interactions and behavior of Nuclear Constituents like nuclear radius, nuclear charge and mass density, nuclear volume, nature of discrete energy levels of nucleus . This covers the area of Nuclear Binding, Nuclear Stability, Magnetic Moment and Quadrupole Moment of Nuclear Constituents, Nuclear Reaction including Fission and Fusion, Q value and Q value equation of Nuclear Reaction with proper estimation of Nuclear Reaction Cross section and its unit,  Explanation of Nuclear Binding and occurrence of Nuclear Magic Numbers by Nuclear Shell Model Concept, Elementary concept on Nuclear Liquid Drop Model, Explanation of Nuclear Fission by Liquid Drop Model, Basic Concept of Nuclear Radio Activity Decay including Alpha, Beta and Gamma interaction, Alpha Particle Scattering Theory, Quantum theory of Alpha Decay, Explanation of Beta decay curve by Neutrino hypothesis, Gamma interaction regarding Compton Scattering, Pair Production .. etc, Principle of Particle Accelerators like Linear Accelerator (LINAC) and Cyclotron,  Charge Particle Detectors and Elementary Particle classification in respect of four Fundamental Interactions, Exact and Inexact conservation principles on elementary particles valid Interaction and Decay Process in addition with Quark Compositions of Elementary Particles.