Name :
Authors : K.Ilangovan
Price : Rs. 160/-
No. of Pages : 296
ISBN : 81-87156-24-4
Publishers : S. Viswanathan(Printers & Publishers), Chennai - 31
Chapter Details
CHAPTER1. Crystal Structure,1.1. Introduction, 1.2. Basic Concepts of Crystallography, 1.3. Bravais Lattice, 1.4. Crystal Planes and Miller Indices, 1.5. Crystal Structures, 1.6. Important Crystal Structures, Review Questions,
CHAPTER 2. Diffraction of X–Rays by Crystals, 2.1. Introduction, 2.2. Bragg’s Law, 2.3. Experimental Methods In X-ray Diffraction,
CHAPTER 3. Chemical Bonds, 3.1. Review of Atomic Structure, 3.2. Primary Bonds, 3.3. Secondary Bonds, 3.4. Bond Energy Review Questions,
CHAPTER 4 Deffects in Solids, 4.1. Introduction, 4.2. Crystal Imperfections, 4.3. Effects of Crystal Imperfections Review Questions,
CHAPTER 5. Specific Heat Capacity of Solids, 5.1. Lattice Vibrations, 5.2. Phonons of Monoatomic one Dimenstional Lattice, 5.3. Basic Definitions, 5.4. Dulong and Petit’s Law, 5.5. Einstein’s Theory of Specific Heat, 5.6. Debye’s Theory of Specific Heat Review Questions,
CHAPTER 6. Magnetic Materials , 6.1. Introduction, 6.2. Basic Definitions, 6.3. Classifications of Magnetic Materials, 6.4. Diamagnetic Materials, 6.5. Paramagnetic Materials, 6.6. Ferromagnetic Materials, 6.7. Antiferromagnetic Materials, 6.8.Ferrimagnetic Materials, 6.9. Hard Magnetic Materials, 6.10. Soft Magnetic Materials,
CHAPTER 7. Superconductivity : 7.1. Introduction, 7.2. Properties of Superconductors, 7.3. Types of Superconductors, 7.4. BCS Theory ofSuperconductivity, 7.5. London Equations,Josepson Effect, 7.7. Superconducting Materials, 7.8. Characteristic Properties of Superconductors,
CHAPTER 8. Dielectric Materials, 8.1. Introduction, 8.2. Basic Definitions, 8.3. Electric Polarization and Different Types of Polarizations, 8.4. Dielectric Loss, 8.5. Local Field or Internal Field, Determination of Dielectric Constant, Dielectric Brekdown, 8.8. Properties of Dielectric Materials, 8.9. Classification of Insulating Materials, 8.10. Applications of insulating materials, 8.11. Ferroelectric Materials, 8.12.Piezoelectric and Pyroelectric Materials,
CHAPTER 9. Semiconductors, 9.1.Introduction, 9.2. Intrinsic Semiconductors, Extrinsic Semiconductors, 9.4. Variation of Carrier Concentration With Temperature, Hall Effect-determination of Hall Coefficient Review Questions,
CHAPTER 10. Conductors : Introduction, 10.2. The Classical Free Electron Theory (drude Lorentz Theory), 10.3. Quantum Free Electron Theory, 10.4. Band Theory of Solids, 10.5. Classifications of Solids,10.6. Different Types of Conducting Materials.
2 comments:
this is my sir"s book, this is one of the beautiful book, i had gone through, a learner can use it, it is a learners book with simple words and efficient english.one can easily understand the theme beyond it.
I have read this book for 3 to 4 times. This book having many concepts and theories regarding solid state physics. One can easily understandable as it is in simple language.This book is really good for students. I want thank first to my professor Dr.K.Ilangovan for taking such an efforts for students. As per my opinion in this book more and more problems and exercises have to be included.
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