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Optics and Atomic Physics

₹384.75 M.R.P.:₹ 475.00 You Save: ₹90.25  (19.00% OFF)
This book covers the course in Geometrical and Physical Optics for most of the Universities in India. Elements of quantum theory are also introduced from the experiment approach-the photo - electric effect, Compton effect and the series relations in atomic spectra. Special care has been taken to discount the idea of a `medium` like either and to say that light waves are made up of oscillating electric and magnetic vectors. However, electro-magnetic theory and relatively as such have not been introduced. The language of the book has been kept as simple as could be consistent with precisiona and brevity. Contents : 1. Fermat`s Principle and Ray Optics 2. Cardinal Points of an Optical System 3. Thick Lens and Lens Combinations 4. Dispersion of Light and Chromatic Aberration 5. Monochromatic Aberration of Images 6. Optical Instruments 7. Speed of Light 8. The Electromagnetic Theory of Light 9. Vibration and Waves 10. Reflection and Refraction of Waves 11. Interference of Light [I] 12. Interference of Light [II] 13. Diffraction of Light [I] 14. Diffraction of Light [II] 15. Resolving Power of Optical Instruments 16. Polarization of Light and Double Refraction 17. Rotation of Plane of Polarization 18. Spectrographs and Various Kinds of Spectra 19. Origin of the Quantum Theory 20. The Shell Model of the Atom 21. Coherence and Lasers 22. Crystal Structure and Diffraction by Crystals 23. Elements of Quantum Mechnics 24. The speical Theory of Relativity 25. Visual Photometry

Gateway for Mathematical Physics

₹283.50 M.R.P.:₹ 350.00 You Save: ₹66.50  (19.00% OFF)
Mathematical methods describe various analytical approaches for finding solution to the given physical problem. However, it becomes equally important to appreciate physical significance of mathematical solutions. Hence, importance is given to highlight physical significance of mathematical solutions wherever applicable. The book is written mainly for average (non-star) students. Hence, every important step of derivation or solution is included. Some of the model questions and answers provided at the end of each chapter will help the students on how to address typical questions in the examination. Integration by parts and partial fraction method are reviewed in Annexure A and B as they are frequently used in many chapters. Contents - 1. Coordinate System 2. Vector Integration 3. Vector Integral Theorems 4. Matrices 5. Tensors 6. Power Series Methods 7. Beta and Gamma Functions 8. Special Functions 9. Function of Complex Variable 10. Fourier Series 11. Laplace Transformation 12. Fourier Transformation 13. Partial Differential Equation 14. Sturm Lioville Equation 15. Green Function Annexure A: Integration by Parts Annexure B: Partial Fraction Annexure C: Question Bank

Modern Aspects of Engineering Physics

₹182.25 M.R.P.:₹ 225.00 You Save: ₹42.75  (19.00% OFF)
Future engineers will increasingly rely on modern ideas in technology because of their uniqueness in their subjects. The advances in diversified engineering branches have evolved exciting new techniques. The basics of applied science provide ample ideas to be incorporated in engineering subjects. The present text book "Modern Aspects of Engineering Physics" is written to create new challenging thoughts and to give solutions to the engineering discipines. This book in particular is focused on latest Physics syllabi prescribed by Jawaharlal Nehru Technological Universities in Andhra Pradesh and Telangana States. Proper care has been taken in dealing with the subject with modern outlook. Review on each chapter, objective type questions, solved problems and problems along with questions are given at the end of each chapter. For objective questions, answers are not given separately but answers are shown in objectives itself in italic works. All the chapters have much scope in developing new trends in technology. At present, vast development is going on nonotechnology, material science, superconductivity, semiconductor physics, lasers, fiber optics and so on. The chapters are written with utmost care so as to provide new scope and ideas in improving the technology. Contents- 1. Interference 2. Diffraction 3. Polarisation 4. Lasers 5. Fiber Optics 6. Crystal Structures 7. Ultrasonics 8. Quantum Mechanics and Free Electron Theory of Solids 9. Semiconductors 10. Magnetic Materials 11. Super Conductivity 12. Nanomaterials

Thermodynamics and Statistical Physics

₹445.50 M.R.P.:₹ 550.00 You Save: ₹104.50  (19.00% OFF)
The second edition of this book has following changes incorporated due to change in syllabie of some universities. 1. Electrical conduction and Lorentz-Drade theory has been included. 2. An appendix on 'superconducitivity' has been added which gives an introduction to this topic of current interest and thus completes the chapter on low temperature. 3. A new chapter on 'Quantum Statistics' has been included considering its importance in B.Sc. (Honours) and three year degree courses. 4. Some derivations have been changed or given in more details. Contents : 1. Zeroth Law of Thermodynamics and Temperature 2. First Law of Thermodynamics 3. Perfect Gases 4. Concept of Real Gases 5. Second Law of Thermodynamics and Entropy 6. Applications of Laws of Thermodynamics 7. Experimental Applications of Thermodynamics (Production of Low Temperatures) 8. Thermal Conduction in Solids 9. Elements of Classical Statistics 10. Kinetic Theory of Gases 11. Transport Phenomenon in Gases 12. Thermal Radiation 13. Quantum Theory of Radiation 14. Specific Heat of Solids and Gases 15. Quantum Statistics Appendix A - Super conductivity Appendix B - Some useful definite integrals Appendix C - Physical constants and conversion factors

Fundamentals of Atomic and Molecular Spectroscopy

₹234.90 M.R.P.:₹ 290.00 You Save: ₹55.10  (19.00% OFF)
There are lot of books on subjects like Atomic and molecular physics available in the International and national market; but the question remains why another book on the same subject? The reason for this is though large availability of books; but books specially prepared taking into account the specific background of students and curricula in our country. In addition, a book containing the hard concepts of subject made lucid to suite a common student for understanding the core subject is very important. Therefore, an attempt in this direction is made in this book. The rigorous efforts and 15 years of experiences in this subject are put forward in this book. The book has grown out of a course of 60 lecture on Atomic and molecular physics delivered in colleges and universities of Maharashtra. The outline of course followed the standard graduate and post-graduate syllabi of most of the Indian universities. It many not be out of place to say a few words about the new features of this book compared to the other standard books. The book is divided into six chapters (with one supplementary chapter) consisting all the fundamentals of atomic and molecular physics. It includes up-to-date solved problems useful for preparation of competitive exams like NET, SLETS, GATE, etc. An idea about the eminent personalities is added to get an insight about their contribution and dedication towards this subject. Uptill now "Introduction to atomic spectra- H. E. White and Molecular structure and spectra (both volume) - G. Herzberg", were two standard and widely accepted books by the mass. However, we thought that why not combine these two subject and make one, so that students are not forced to buy two books. Hope, that the subjects find this book useful. Book Content of Fundamentals of Atomic & Molecular Spectroscopy Chapter 1 Atomic Structure and Vector Atom Model Chapter 2 Stren-Gerlach Experiment and Spectra of Single Valence Elements Chapter 3 Two Valence Electron System Chapter 4 Zeeman & Paschen-Back Effect Chapter 5 Molecular Spectra Chapter 6 Studies of X-Ray Spectro

Basic Electronics

₹727.38 M.R.P.:₹ 898.00 You Save: ₹170.62  (19.00% OFF)
The second edition of this book incorporates the comments and suggestions of my friends and students who have critically studied the first edition. In this edition the changes and additions have been made and subject matter has been rearranged at some places. The chapters on Laplace Transforms and Filters are the new ones to make the circuit analysis par complete. The Digital Electronics has been introduced at the hons-course of under-graduate Physics / Electronics. Therefore a more stress has been given to this modern subject of electronics. The Operational Amplifiers have been virtually rewritten. The topics such as Karnaugh mapping, Logic families, Flip-flops, Shift registers, Counters, ADC, DAC, IC-timer, Semiconductor memories have been included in the chapter on Digital Circuits. A large number of new exercises have been added at the end of each chapter. All the previous diagrams have been retraced with the computer. Contents : Introduction to Electronics 1. Linear Circuit Analysis 2. Alternating Current Circuits 3. Laplace Transformation 4. Network Analysis and Network Theorms 5. Filters 6. Themionic Tubes 7. Semiconductor Devices 8. Rectifiers and Other Diode Circuits 9. Transistor Amplifiers 10. Feedback Amplifiers and Oscillators 11. Electronic Communication Systems 12. Pulse and Switching Circuits 13. Operational Amplifiers 14. Number Systems and Logic Gates 15. Digital Circuits 16. Electronic Instruements and Devices Appendix A

Concepts of Electronics

₹356.40 M.R.P.:₹ 440.00 You Save: ₹83.60  (19.00% OFF)
The electronics has been introduced as a separate subject for the undergraduate students in most of the Indian Universities. This text, "Concepts of Electronics" intends to fulfill the requirement of these students. The comprehensive text explains the basic concepts of Electronics and considers how those concepts are useful in problem solving. Features : - Use of Semiconductor devices throughout the text. No more Vacuum-tube. - A simple, logical and systematic presentation of the subject. - Self Test and short answer type questions at the end of each chapter. - Large number of solved and unsolved problems to develop the understanding of the subject. - Text book for undergraduate Physics and Engineering students. Contents - 1. Alternating Current Bridges 2. Network Analysis and Network Theorems 3. Semiconductor Devices 4. Rectifiers and Filter Circuits 5. Transistor Amplifiers 6. Feedback Amplifiers and Oscillators 7. Electronic Communication Systems 8. Number Systems and Logic Gates 9. Electronic Instruments and Devices

Electricity and Electronics

₹708.75 M.R.P.:₹ 875.00 You Save: ₹166.25  (19.00% OFF)
This edition incorporates the advice and suggestions of many users. The changes and additions have been made to cater the need of the undergraduate Physics and Engineering students. The subject matter has been rearranged at some places and rewritten at the others. The readers will find the matter in more systematic and logical manner. Book Content of Electricity and Electronics PART I Vectors Electric Charges and Electrostatic Field Electrostatic Potential Capacitors and Electrometers Dielectrics Steady Current Thermo-Electricity Magneto-Static Charged Particles in Electromagnetic Fields Electromagnetic Induction Magnetic Properties of Matter Maxwell`s Equations and Electromagnetic Waves Radiation Emission Relativity and Elctrodynamics Alternating Current Network Analysis and Network Theormes Units and their Absolute Measurements PART II Thermionic Tubes Semiconductor Devices Rectifiers and Filters Amplifiers Oscillators, Modulators, Detectors and Receivers Electronic Devices

Electricity and Magnetism

₹484.38 M.R.P.:₹ 598.00 You Save: ₹113.62  (19.00% OFF)
This thoroughly revised fourth edition is basically written for B.Sc. & B.Tech. students of all Indian Universities & Institutes of Technical Education. The Vectors & Partial Derivatives are discussed in the first two chapters as a foundation. Beginning in the traditional manner with Electrostatics, the Dielectrics have been discussed in great depth. Along with the common topics of Electricity & Magnetism, the topics such as Alternating current, Maxwell’s Equations, Electromagnetic Waves, Radiation Emission, Relativity & Electrodynamics, Network Analysis & Network Theorems and the Units & Absolute Measurements were given a special attention. A large number of concrete examples & problems are included at the end of each chapter along with the oral questions to revise the subject matter. These will help those, preparing for competitive exams of IIT entrance, NET, GATE, IAS, etc. The special features of this book are: 1. A full vector treatment of the subject, 2. The use of SI units throughout the text 3. Boundary value problems 4. Use of Laplace`s equation and methods of electrical images 5. Alternating current bridges and network analysis using Phasor algebra. 6. Oral question and large number of worked examples and problems to understand the subject. Contents : 1. Vectors 2. Partial Derivatives and Repeated Integrals 3. Electric Charges and Electrostatic Field 4. Electrostatic Potential 5. Capacitors and Electrometers 6. Dielectrics 7. Electrostatic Boundary Value Problems 8. Steady Current 9. Thermo-Electricity 10. Magneto-Statics 11. Charged Particles in Electromagnetic Fields 12. Electromagnetic Induction 13. Magnetic Properties of Matter 14. Maxwell`s Equations and Electromagnetic Waves 15. Radiation Emission 16. Relativity and Electrodynamics 17. Alternating Current 18. Network Analysis and Network Theorems 19. Units and their Absolute Measurements

Nuclear Physics

₹565.38 M.R.P.:₹ 698.00 You Save: ₹132.62  (19.00% OFF)
This thoroughly revised fifth edition of the book is basically for M.Sc. Physics students. M.Sc. Chemistry and Engineering students will find it equally useful. The book covers the most important areas of the low energy Nuclear Science, with more stress on modern techniques used in experimental Nuclear Physics. Particle Accelerators and the detectors are discussed in details. Nuclear Energy is the need of today, therefore theory of neutrons along with nuclear reactors and the Chemical & Biological effects of Radiations are given special attention. Last chapters are devoted on Cosmic Rays and Elementary Particles. At the end of each chapter a large number of exercises, short answer questions, problems and references are given to provide self test and to help those who are preparing for NET, GATE, IES, IAS and other competitive exams. Contents : 1. General Properties of Atomic Nucleus 2. Radioactivity and Isotopes 3. Interactions of Nuclear Radiations with Matter 4. Detection and Measurement of Nuclear Radiations 5. Alpha-Particles 6. Beta-Decay 7. Gamma-Radiation 8. Nuclear Forces 9. Nuclear Models 10. Nuclear Reactions 11. Particle Accelerators 12. Neutrons 13. Nuclear Fission and Fusion 14. The Artificial Elements 15. Nuclear Fission Reactors 16. Chemical and Biological Effects of Radiations 17. Cosmic Rays 18. Elementary Particles Appendix A - Physical Constants in S.I. Units Appendix B - Stable Nuclides of the Elements