Nuclear physics complete book pdf for BS Program and M.Sc Physics
This book of Nuclear physics I &II is design for the students of BS program and M.Sc
physics of Pakistan. The book is written by experts in very easy and lucid way.
Every topic is very well explained in good manner. Every derivation of
mathematical steps is done step by step for better understanding of students.
Now you people can download it in pdf form for free and get benefits from it in
your studies.
Nuclear physics-I &
Chapter 1: Basic Properties of Nucleus
Chapter 2: Radioactivity
Chapter 3: Accelerators and Detectors
Chapter 4: Nuclear Reactions
Chapter 5: Nuclear Models
Chapter 6: Nuclear Fission & Fusion
TOPICS COVERED
Chapter 1: Basic Properties of Nucleus
What is Nuclear physics?
Atomic nucleus
Basic properties of nucleus
Nucleon/Proton/Neutron
Atomic number/Mass number/Neutron number
Representation of nucleus
Nuclear mass
Mass Excess
Packing fraction
Size of nucleus
Nuclear size and density
What is nuclear force & its properties
What are isotopes & its examples
Separation of isotopes
What is Mass Spectrograph its principal , construction
and working
What is mass defeat and binding energy?
Binding energy curve
What is neutron separation and proton separation
energy?
Binding energy per nucleon
Graph between binding fraction and nucleon number
Rutherford alpha scattering experiment
Measurement of masses of nuclei by mass doublet method
Mass doublet method
Measurement of masses of nuclei by nuclear reaction method
Nuclear reaction method
Magnetic dipole moment and its relation with nuclear
magneton
Electric quadrupole moment of nucleus
Spherical nucleus
Nuclear cross section
Parity and its types
Parity operator
Parity and angular momentum
Nuclear spin
Statistics / Bose-Einstein Statistics / Fermi-Dirac
Statistics
What is Isospin?
Chapter 2: Radioactivity
What is radioactive decay and its types?
What is alpha decay?
Conservation of energy
Conservation of linear momentum
Gamow theory of alpha emission
Quantum mechanical explanation
Collision frequency
Barrier penetration probability
What is beta decay?
Fermi theory of beta decay
Kinetic energy spectrum
Electron capture decay
Nuclear Transmutation
Energy released in beta decay
Neutrino/anti Neutrino
Properties of Neutrino
Fermi theory
Mathematical form for interaction potential (V)
Fermi improvement
Dependence of momentum / energy of Mfi
Femi-curie plot
What is gamma decay?
Energy in gamma decay
Natural sources of gamma rays
What is nuclear isomerism?
Chapter 3: Accelerators and Detectors
What is linear accelerator? its Construction and
Working? Its advantages & disadvantages & Uses
What is Cyclotron? Its Construction, Principle and
Working
What is Synchrocyclotron? Its Construction, Principle
and Working
What is Electron synchrotron? Its Construction,
Principle and Working
What is Proton synchrotron? Its Construction,
Principle and Working
What is Bettor? Its Construction, Principle and
Working conditions, disadvantages & Applications
Energy gained by Betatron
What are nuclear detectors? Its types
Passage of charge particles through matter
Geiger-Muller Counter? Its construction, principle and
working & limitations
What is bubble chamber? Its construction, principle
and working
What is scintillation counter? Its construction,
principle and working
What is semiconductor detector? Its construction,
principle and working
What is emulsion technique? Its types
Nuclear emulsion its applications, advantages &
disadvantages
What is van de Graff generator? Its construction,
principle and working
What is gas filled ionization detector? Its construction,
principle and working
What is Wilson cloud chamber? Its construction,
principle and working
What is Proportional counter? Its construction, principle and working & advantages
Nuclear physics-II
Chapter 4: Nuclear Reactions
What is nuclear reaction? Its different types
Conservation laws involved in nuclear reaction
Q-value equation
Relation between Q-value and threshold energy of nuclear
reaction
Nuclear Transmutation
Transmutation by photons
Transmutation by protons
Transmutation by deuterons
Transmutation by alpha particles
Nuclear reaction and excited states of nucleus
What is compound nucleus ? compound nucleus theory
& its limitations
Direct nuclear reaction
Difference between Direct nuclear reactions & compound
nucleus reactions
Different energy levels of nucleus
What is nuclear cross-section?
What is Resonance reaction?
Breit and wigner one level formula
Chapter 5: Nuclear Models
Liquid drop model and its main features
Semi-empirical mass formula using Liquid drop model
Coulomb energy
Volume energy
Surface energy
Asymmetry energy
Pairing energy
Determination of Z and N for given A
Stability of a nucleus against beta decay using mass
parabola
Applications of Semi-empirical mass formula in alpha
decay
What is nuclear shell model and its main features?
How magic numbers are derived from nuclear shell model
Spin-Orbit coupling
Spin parity of nucleus
Magnetic moment of nucleus
Collective nuclear model
Chapter 6: Nuclear Fission & Fusion
Nuclear fission in detail
Bohr and john wheeler theory of nuclear fission
Neutron induced nuclear fission
What is nuclear reactor ? its construction , principle
& working
Nuclear fusion in detail
Thermonuclear fusion reactor
Plasma confinement problems thermonuclear fusion
reactor
Nuclear fusion in sun
Basic Electronics book by Pakistani author
Nuclear physics-1 book by Pakistani author
MMP notes Complete 1 handwritten
MMP notes Complete 2 handwritten
Nuclear physics handwritten notes
Relativity and Cosmology handwritten notes
Classical Mechanics handwritten notes
Atomic and Molecular physics handwritten notes
Quantum Mechanics handwritten notes
Particle physics handwritten notes
Go to >> Main page--- All Physics notes
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