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Nuclear and Particle Physics 1 for BSc 5th Semester PU

₹190.00

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Explore the captivating world of nuclear and particle physics with Nuclear and Particle Physics-1, authored by Ms. Poonam Jain and Dr. Ishita Sharma. Published by Mohindra Publishing House, this essential book is specifically designed for BSC 3rd year students in their 5th semester at Punjab University, Chandigarh. It provides a thorough understanding of fundamental concepts like nuclear properties, radioactivity, and nuclear reactions, making it an invaluable resource for academic success.

Have Doubts Regarding This Product ? Ask Your Question

  • Q1
    Who is the intended audience for this book?
    A1

    Nuclear and Particle Physics - I is primarily designed for B.Sc. 3rd-year students in their 5th semester at Punjab University, Chandigarh, focusing on learners who are delving into the field of nuclear and particle physics.

  • Q2
    What fundamental topics does the book cover?
    A2

    The book covers essential topics such as the general properties of nuclei, nuclear models, radioactivity, spectra of alpha, beta, and gamma rays, and nuclear reactions. Each section builds upon the core principles of nuclear and particle physics.

  • Q3
    How does this book support exam preparation for university students?
    A3

    The book includes sections on university papers that provide practice questions and solutions, aiding students in consolidating their knowledge and enhancing problem-solving skills as they prepare for exams.

  • Q4
    Does the book include mathematical derivations or just theoretical concepts?
    A4

    Yes, the book includes mathematical derivations and quantitative analyses, particularly in the sections discussing binding energy, nuclear reactions, and cross-sections, providing students with the tools to apply physics principles effectively.

  • Q5
    Are there problem sets or exercises included in the book?
    A5

    Yes, the book includes exercises and problems at the end of chapters to help students apply what they have learned, reinforcing their understanding of nuclear and particle physics concepts.

  • Q6
    Can this book be used for self-study outside of a classroom setting?
    A6

    Absolutely! Nuclear and Particle Physics - I is well-suited for self-study, as it provides clear explanations, illustrative examples, and practice problems that allow learners to grasp the subject matter independently.

  • Q7
    Are there any real-world applications of the concepts taught in this book?
    A7

    Yes, the book discusses real-world applications such as the use of nuclear physics in medical imaging, cancer treatment through radiation therapy, and the development of nuclear reactors for energy production, bridging theoretical knowledge with practical context.

  • Q8
    Are there any charts, diagrams, or illustrations provided to aid understanding?
    A8

    Yes, the book includes numerous charts, diagrams, and illustrations to visually represent complex concepts, aiding comprehension and helping students visualize nuclear structures and processes.

  • Q9
    How does the book facilitate collaborative learning among students?
    A9

    The structure of the book, with its problem sets and discussion questions, encourages group study and collaboration, making it easier for students to engage in discussions, share insights, and solve problems together.

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1.General properties of Nuclei 

2.Nuclear Models 

3.Radio activity 

4.Alpha,Beta and Gama rays spectra 

5.Nuclear Reactions 


University papers

Paper-C : NUCLEAR AND PARTICLE PHYSICS - I 

UNIT-I
General properties of Nuclei : Constituents of nucleus and their intrinsic properties, Quantitative facts about
nuclear size, mass, density, binding energy and its variation with mass number, Wave mechanical properties of
nucleus, angular momentum, parity; magnetic moment and electric moments of the nucleus. properties of nuclear
forces and saturation, meson theory of nuclear forces
Nuclear Models : Liquid drop model, semi-empirical mass formula, most stable isobar.
Evidence for nuclear shell structure, Nuclear shell model, concept of mean field.

UNIT-II
Radioactive decay, Units of radioactivity (Ci and Bq), Successive disintegration, Natural radioactivity,
Radioactive series, Carbon dating.
Alpha decay, energetic, alpha spectrum, Gamow’s theory of alpha decay, Geiger-Nuttal rule.
Beta decay, Qualitative discussion of beta spectrum, Evidence of existence of Neutrino, Conservation of nuclear
energy in Beta minus, Beta plus and Electron capture decays.
Gamma-ray emission, selection rules, Internal conversion.
Nuclear Reactions: Types, Concept of compound and direct (pickup and stripping) reactions, Reaction differential
and integral cross section, units, conservation laws and kinematics, Q-value equation, Coulomb (Rutherford)
scattering cross section and distance of nearest approach.
Energy classification of neutrons, Nuclear fission in reactors, Reactor facilities available in India, Nuclear fusion
in stars. 

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