Bs Physics

NUCLEAR PHYSICS

CHAPTER # RADIOACTIVITY

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SUBJECT NUCLEAR PHYSICS
CHAPTER GENERAL PROPERTIES OF NUCLEAI AND
NUCLEAR MODEL

1. Structure of Atom
2. Distance of Closest approaches
3. Constituents of the Nucleus and their properties
4. Nuclear Size
5. Atomic Mass unit
6. energy Equivalent of Atomic Mass Unit
7. Nuclear Density
8. Mass Defect and Binding Energy
9. Average Binding Energy
10. Variation of binding energy per nucleon with mass defect
11. Packing Fraction
12. Nuclear Shape
13. Parity
14. Impossibility of an electron in the nucleus as a consequence of uncertinty principle
15. Magnetic moment of Nucleus
16. Angular momentum of Nucleus
17. Electron moment And Electric Quater pole Moment
18. Nuclear Forces and (Yukawa Theory ) and their Properties

NUCLEAR MODEL

1. Liquid Drop Model
2. Failure and Achievements of liquid drop model
3. Condition of Nuclear stability
4. Magic Number and Their Experimental Evidence
5. Shall Model
6. Failure and Successes of Shall Model

Exercises and Conceptual Question

Subject Nuclear Physics

Chapter ACCLERATORS AND DETECTORS

> ACCLERATORS

1. Linear Accelerator , with its Construction and principles
2. Cyclotron with its Construction and Principles
3. Synchrocyclotron with its Construction and Principles
4. Electron Synchrotron with its Construction and Principles
5. Proton Synchrotron with its Construction and principles
6. Betatron

> DETECTORS

7. Nuclear Detectors and its Types
8. Passage of Charged Particle through Matter
9. GM Counter with its Construction and Principles
10. Bubble Chamber with its Construction and Principles
11. Scintillation Counter with its Construction and Principles
12. Semiconductor Detector with its Construction and Principles
13. Wilson Cloud Chamber with its Construction and Principles

Solid State Book by RK Puri

_R_K_P~1.PDF

Solid State Physic Book
Chapter # Dielectric Properties Of Material

1. Dielectric and Dielectric Constant
2. Classification of Dielectrics
3. Polarization of Dielectrics
4. Polariazation Vector
5. Relation B/w Dielectirc Constant and Susceptbility
6. Atomic Polarizibility
7. Non uniform Polarization of Dielctric
8. Local Field of an Atom
9. Clausius Mosoti Equation
10. Classical Theory of Electronic Polarizibility
11. Types Of Polarization
a. Electronic Polarization
b. ionic Polarization
c. Orientation Polarization
d. Space Charge Polarization
12. Dielectric Streght

EXERCISE
CONCEPTUAL QUESTION

Solid State Physics
Chapter # Magnetic Properties Of Matter

1. Magnetic Intensity
2. Intensity Of Magnitization
3. Magnitic Flux
4. Magnitic Induction and Magnitic Suscepibility
5. Magnitic Permibility
6. Atom As A Magnitic Dipole
7. Diamagnitsim, ParaMagnitism and Ferromagnitism Materials
8. Classical Langevin Theory Of Diamagnitsm
9. Clssical Langvin theory of Paramagnitsm
10. Curies Law
11. Domain Theory of Ferromagnitism
12. Weiss Theory of Ferromagnitism
13. Antiferromagnitsm and Properties
Exercise
Conceptual Questions

Solid State Physic
Chapter # Super Conductivity

1. Introduction
2. Critical Temp
3. Critical Magnetic Field and Silsbee Effect
4. Meissner Effect or Perfect Diamagnetism
5. Types Of Super Conducter i.e ( Soft and Hard Superconductor)
6. London Equations
7. Penetrating Depth
8. Isotopic Effect
9. BCs Theory
10. Applications of Super Conductor
11. Exercise and Conceptual Questions

Solid State Physics
Unit Elementry Lattice Dynamic

1. Introduction
2. Lattice Vibration
3. Phonon and Properties of Phonon
4. Elastic and Inelastic Scattering Of Phonon
5. Linear Monoatomic Lattice
6. Vibration of Diatomic Lattice Chain
> Acoustical and Optical Causes
7. Phono Spectrium in Solid
8. Classical Theory of Specific heat Capacity
> Or Dulong and Petits LAw
9. Einstein Theory of Specifc Heat Capacity
10. Debye Theory of Specific heat Capacity

Concptual Questions

Solid State Physics
Unit Crystal Structure
1. Introduction
2. Amorphous and Crystalline Material
3. Lattice Translational Vector
4. Types of Lattice
5. Miller Indicies
6. Cubic Crystal
7. Characteristic of Unit Cell
8. Hexagonal Closed Packed Structure
9. Some Crystal Structure
10. Reciprocal Lattice and Construction
11. Brillouin Zone
12. Diffraction Of X Ray
13. Laue s Equation
14. Braggs Law
15. Experimental X ray Diffraction Methode of Crystals
16. Brillouin Zone in Reciprocal Lattice
17. Atomic Scattering Factor
18. Geometric Structure Factor
19. Conceptual Questions