We have compiled the list of Best Reference Books on Solid State Physics subject. These books are used by students of top universities, institutes and colleges. Here is the full list of best books on Solid State Physics along with reviews.
Kindly note that we have put a lot of effort into researching the best books on Solid State Physics subject and came out with a recommended list of best books. The table below contains the Name of these best books, their authors, publishers and an unbiased review of books on “Solid State Physics” as well as links to the Amazon website to directly purchase these books. As an Amazon Associate, we earn from qualifying purchases, but this does not impact our reviews, comparisons, and listing of these top books; the table serves as a ready reckoner list of these best books.
List of Solid State Physics Books with author’s names, publishers, and an unbiased review as well as links to the Amazon website to directly purchase these books.
 Elements of Solid State Physics
 Applied Solid State Physics
 Solid State Physics: Many Particle Systems
 Solid State Physics and Crystal Physics
 Solid State Physics: Special Solids, Surfaces and Properties
 Solid State Physics: Crystallography and Imperfection in Crystals
1. Elements of Solid State Physics
1. “Introduction of Solids” by L V Azaroff
“Introduction of Solids” Book Review: This book discusses the crystalline nature of many solids and focuses mainly on crystalline solids and crystallography. The properties, structure and formation of solidstate materials are included. Crystallinity refers to the rigidity of a solid structure and its symmetry. This book is a crystalline solids analysis. This book will be useful for physicists, chemists, metallurgists and engineers.


2. “Crystallography Applied to Solid State Physics” by A R Verma and O N Srivastava
“Crystallography Applied to Solid State Physics” Book Review: This book discusses the methods and principles of crystallography. The properties, structure and formation of solidstate materials are included. Crystallinity refers to the rigidity of a solid structure and its symmetry. This book is a crystalline solids analysis. Chapters included are nature and symmetries of crystals, unit cells and bravais lattices, Crystal projection and point groups. Other chapters are space groups, reciprocal lattice, anisotropic properties of crystal and their tensor representation. Diagrams and figures are provided for easy understanding of concepts. This book is useful for advanced students of physics and is beneficial for all graduate and undergraduate students.
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3. “Principles of Condensed Matter Physics” by P M Chaikin and T C Lubensky
“Principles of Condensed Matter Physics” Book Review: This book gives an overview of the physics of condensed matter systems. It also defines condensed phases of matter based on regulations on symmetry and conservation. In determining the existence of phase transitions, it explores the role of spatial dimensionality and microscopical interactions. This book will be useful for students and researchers in physics, applied physics, chemistry, materials science and engineering.


4. “Elements of Solid State Physics” by Srivastava A J P
“Elements of Solid State Physics” Book Review: This book discusses the fundamental principles of solid state physics. Different subjects are covered, such as crystal structures, chemical bonds, semiconductors, dielectrics and magnetic materials. The book also includes superconductors, nanomaterials, mobile electrons, electron energy bands and fermi surfaces. This book will be beneficial for B.Sc. (Hons.) and M.Sc. students of physics.
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5. “Elements of Solid State Physics” by Michael N Rudden and John Wilson
“Elements of Solid State Physics” Book Review: This book provides a basic introduction to the principles of solid state physics and semiconductor devices. It covers various topics such as crystalline solid structure, conduction theories, magnetism, solid energy bands, and semiconductor devices. This book will be useful for first and second year students of physics, materials science and electrical/electronic engineering.


6. “Elements of Solid State Physics” by H Y Fan
“Elements of Solid State Physics” Book Review: This book discusses the fundamental principles of solid state physics. Different subjects are covered, such as crystal structures, chemical bonds, semiconductors, dielectrics and magnetic materials. The book also includes superconductors, nanomaterials, mobile electrons, electron energy bands and fermi surfaces. This book will be beneficial for B.Sc. (Hons.) and M.Sc. students of physics.
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7. “Elements of Phase Transitions and Critical Phenomena (Oxford Graduate Texts)” by Hidetoshi Nishimori and Gerardo Ortiz
“Elements of Phase Transitions and Critical Phenomena (Oxford Graduate Texts)” Book Review: This book deals with the theory of phase transitions and critical phenomena. It involves new pedagogical presentations of methods of field theory, conformal field theory and transitions of phases. This book will be useful for graduate students.


8. “Applied Mechanics of Solids” by Allan F Bower
“Applied Mechanics of Solids” Book Review: This volume is designed for advanced undergraduate or graduate students, engineers and scientists. This textbook provides an introduction to the physical laws, mathematical techniques and computer algorithms which are applied to estimate the reaction of materials and structures to mechanical or thermal loading. It comprises topics such as the mathematical explanations of deformation and forces in solids, the utility and theory of finite element analysis, fracture mechanics. Furthermore it consists of constitutive laws, analytical techniques and answers to linear elastic and elasticplastic boundary value numericals and the theory of deformable rods, plates and shells. It contains more than 400 practice numericals. It also illustrates finite element codes in MAPLE and MATLAB. This book discusses modern constitutive equations, analytical and computational methods for stress analysis and fracture mechanics. In solid mechanics, it also involves the nonlinear principle of deformable rods, membranes, plates, shells and initial value issues. This book will be beneficial for This book will be useful for first and second year students of physics and materials science.


9. “Molecules and Models: The Molecular Structures of Main Group Element Compounds” by Haaland
“Molecules and Models: The Molecular Structures of Main Group Element Compounds” Book Review: This book presents a systematic description of the molecular structures and bonding in simple compounds of the main group elements. It emphasizes bond distances, bond energies, and geometries of coordination. A lucid discussion of a range of models, such as the Lewis electronpair bond, VSEPR models, spherical and polarizable ion models, is given in the book. This book will be useful for graduate students.
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10. “Introduction to Solid State Physics and Crystalline Nanostructures” by Giuseppe Iadonisi and Giovanni Cantele
“Introduction to Solid State Physics and Crystalline Nanostructures” Book Review: This book provides conceptual, procedural, factual knowledge of solid state and nanostructure physics. The properties, structure and formation of solidstate materials are included.It covers various topics such as crystalline solid structure, conduction theories, magnetism, solid energy bands, and semiconductor devices. This book will be useful for first and second year students of physics, materials science and electrical/electronic engineering.


2. Applied Solid State Physics
1. “Introduction to Solid State Physics” by C Kittel
“Introduction to Solid State Physics” Book Review: This book presents an intro of solid state physics. This book is available in 15 languages. It is appropriate for students studying in the field of upperlevel physics, chemistry and electrical engineering. It provides theory as well as experimental information about solids at an elementary level. The text focuses on semiconductors. Furthermore it also emphasises on wave propagation in periodic media. It also comprises surface and interface physics and noncrystalline solids.


2. “Solid State Physics” by N W Ashcroft and N D Mermin
“Solid State Physics” Book Review: This book is appropriate for foundation courses of undergraduate as well as graduate students. This volume comprises dual characteristics of the field which are illustrative and analytical. The main purpose of the book is examining the variation of phenomena related to the key forms of crystalline matter. It also provides the basics for a working knowhow of solids through direct, elaborate and fundamental approach of basic theoretical concepts. It also covers Statistical mechanics and quantum theory.


3. “Solid State Electronics” by S Wang  
4. “Optical Properties of Solids” by F Wooten
“Optical Properties of Solids” Book Review: This book is appropriate for people studying in the area of solids’ optical characteristics.This volume comprises the key concepts of intrinsic optical properties and photoelectric emission. It presents an introduction to the basic optical spectra of solids. It contains Maxwell’s equations and the dielectric function and the theory of freeelectron metals. Furthermore absorption and dispersion, the quantum mechanical theory of direct and indirect transitions between bands are also covered. It also includes the uses of dispersion relations and the derivation of a statement for the dielectric feature in the selfconsistent field estimation. It includes currentcurrent correlations and the reaction of surface plasmons on optical characteristics and photoemission.


5. “Applied Solid State Physics” by Rajnikant
“Applied Solid State Physics” Book Review: This textbook is designed for students of engineering, undergraduates and post graduates in the field of physics. Also students studying M.Phil and Ph.D in crystallography, scientists, chemists and mineralogists will find this textbook useful. It comprises all main concepts of Solid State Physics i.e. Crystal Physics. The text is written in such a manner that Crystal Physics is examined in particulars of its implications. The knowledge of the fundamentals is added on and supported by a solid mathematical fundamentals and reasoning. It contains more than 17 chapters. Furthermore, every key concept has been described at a primary level. It will help beginners to obtain an understanding of crystals and crystallography.


6. “Applied Solid State Physics: A Textbook on Materials Science” by M R Srinivasan
“Applied Solid State Physics: A Textbook on Materials Science” Book Review: This book is designed for students of engineering and M.Sc. in Solid State Physics. The volume has been composed for providing the physical principles. Furthermore the various physical features of materials have been encompassed. It also illuminates the engineering implementations of materials. The book’s core concept is the explanation of the structureproperty relationships in materials. It includes numerous solved illustrations, figures, questions and numericals at the end of chapters. It provides an integrated approach of the subject.


7. “Applied Solid State Physics” by W Low
“Applied Solid State Physics” Book Review: This book encompasses various characteristics of applied physics. The content is aimed to furnish between the numerous research papers that are emerging now in pure science on one side and in applied science on the other side. It is designed for the specialist in applied physics, chemistry and engineering and the graduate students who are interested in solid state physics, chemistry and electrical engineering. It comprises numerous different concepts which are based on modern applied optics which appear to a great extent from the accessibility of coherent and powerful laser sources. It also covers materials, the theory and principle of solidification and the methods of crystal growth. It includes the applications of materials in fields of superconductivity, computer storage and semiconductor photovoltaic effects. It aims at the specialist in applied physics, chemistry and engineering, working in these specialized fields, as well as at the graduate student, interested in solid solid state physics, chemistry and electrical engineering.


8. “Polymer Electronics (Oxford Master Series in Physics)” by Mark Geoghegan and Georges Hadziioannou
“Polymer Electronics (Oxford Master Series in Physics)” Book Review: This volume is composed for the senior students of undergraduate and graduate. It is based on core learning in solid state physics and electronic behaviour. This book encompasses the key features of Polymer Electronics. It includes topics such as the synthesis of the polymers. The text related to chemistry is explained in a manner suitable for students of physics. This book provides an elaborate description of the physics and chemistry underlying this recent and key field of science which is attractive for all physical scientists with an interest in the field.


9. “Theory of Structural Transformations in Solids” by A G Khachaturyan
Book Review: This book demonstrates both practical and theory concepts related to phase transformation in alloys and also carries out formulation of phase transformations that exists in metallurgy. The book also applies solid state concepts to structure problems that occur in alloys. The book also examines the changes that occur in atomic structure, morphology that occur due to ordering, decomposition and coarsening. This book is very useful for graduate and undergraduate courses in metallurgy, solid state physics and chemistry, materials science and is of great use to the professionals dealing with phase transformations.


3. Solid State Physics: Many Particle Systems
1. “Introduction to SolidState Theory” by Madelung
“Introduction to SolidState Theory” Book Review: This book is written for graduate students of physics and materials science. It is also useful to physicists doing research in pure solidstate physics and its applications to electrical engineering. This book gives a “pictorial” formulation of many elementary processes in solids. This book explains the fundamentals of solidstate theory along with elaborate descriptions of many other topics related to solidstate theory.


2. “Quantum Theory of Solid State” by Callaway
“Quantum Theory of Solid State” Book Review: This book is written for students who have completed a oneyear course in quantum mechanics and are familiar with the experimental facts of solid state physics. Discussions about the developed machinery applied to impurities, disordered systems, effects of external fields, transport phenomena, and superconductivity are included in this book. Other topics like the representation theory, low field magnetic susceptibility, electronphonon interaction, and Landau theory of fermi liquids are also included in this book. At the end of the book an introduction is given to many body theories and applications.


3. “Quantum Theory of Solid State” by Kittel  
4. “Quantum Manyparticle Systems” by John W Negele and Henri Orland
“Quantum Manyparticle Systems” Book Review: This book is written for students enrolled in courses related to physics and people interested in learning about quantum manyparticle systems. Information about the fundamental concepts and theoretical techniques required to understand the properties of quantum systems having large numbers of degrees of freedom are included in this book. This book also contains topics like general arguments based on order parameters, symmetry, and Fermi liquid theory.


5. “Quantum Field Theory of ManyBody Systems: From the Origin of Sound to an Origin of Light and Electrons” by XiaoGang Wen
“Quantum Field Theory of ManyBody Systems: From the Origin of Sound to an Origin of Light and Electrons” Book Review: This book is written for students enrolled in courses related to physics and people interested in learning about quantum field theory. This book addresses the novel flow equation approach for many particle systems along with an uptodate review of the subject. The first part of the book provides information about the general ideas and concepts of the flow equation method. The second part of the book illustrates the ideas with various applications in condensed matter theory. The final part of the book talks about the future research in this field.


6. “Theory of ManyParticle Systems” by I P Bazarov and P N Nikolaev  
7. “The Flow Equation Approach to ManyParticle Systems” by Stefan Kehrein
“The Flow Equation Approach to ManyParticle Systems” Book Review: This book is written for students enrolled in courses related to physics and people interested in learning about quantum field theory. This book addresses the novel flow equation approach for many particle systems along with an uptodate review of the subject. The first part of the book provides information about the general ideas and concepts of the flow equation method. The second part of the book illustrates the ideas with various applications in condensed matter theory. The final part of the book talks about the future research in this field.


8. “Modern Theories of ManyParticle Systems in Condensed Matter Physics” by Daniel C Cabra and Andreas Honecker
“Modern Theories of ManyParticle Systems in Condensed Matter Physics” Book Review: This book is written for students enrolled in courses related to physics and people interested in learning about particle systems in condensed matter physics. It is also useful to researchers in this field. Topics like quantum phase transitions of antiferromagnets and cupratebased hightemperature superconductors are covered in this book. Electronic liquid crystal phases, graphene physics and dynamical mean field theory applied to strongly correlated systems are also addressed.


9. “Quantum Statistics of Charged Particle Systems” by W D Kraeft and D Kremp  
10. “Ultracold Atoms in Optical Lattices: Simulating quantum manybody systems” by Maciej Lewenstein and Anna Sanpera
“Ultracold Atoms in Optical Lattices: Simulating quantum manybody systems” Book Review: This book is written for students enrolled in courses related to physics and people interested in learning about ultracold atoms in optical lattices. This book provides information on many basic concepts and methods related to these topics and then focuses on the physics of spinor, dipolar, disordered, and frustrated lattice gases. This book also provides an elaborate overview of ultracold lattice gases as quantum simulators. The final part of the book provides information about simulators of quantum computers.


4. Solid State Physics and Crystal Physics
1. “SolidState Physics: Introduction to the Theory” by James Patterson and Bernard Bailey
“SolidState Physics: Introduction to the Theory” Book Review: This book contains the latest information on the theory of solid state physics. Several recent topics are introduced and some subjects normally included only in condensed matter physics. It also includes other important topics such as Lattice vibrations, electrons, interactions and spin effects (mostly in magnetism) which are discussed comprehensively. The book also includes problems from fill in the blanks to short and long answer questions. The topics are introduced with the help of examples and illustrations that help in a thorough and practical understanding of the subject matter. The book is useful for students in a solidstate physics course or any other physicsrelated course.


2. “Crystal Growth Bibliography: Supplement (Solid State Physics Literature Guides)” by A M Keesee
“Crystal Growth Bibliography: Supplement (Solid State Physics Literature Guides)” Book Review: This book is a detailed study of the growth of crystals in solid state physics. It provides a comprehensive literature guide of crystal growth. The book talks about how man first invented the crystals, when he found specimens of some of the natural crystalline mineral substances that are relatively common in the surface and nearsurface areas of the earth’s crust. Then it goes on to include how these crystals were used in ancient times Both the Old and New Testaments of the Bible document the use of crystalline gems, and the Romans are credited with first employing diamondsa metastable crystalline form of carbonin jewelry. Such detailed history of crystals and how they evolved is discussed along with other important aspects. The book is useful for those who want to know the literature of crystal growth.


3. “Understanding Solid State Physics” by Sharon Ann Holgate
“Understanding Solid State Physics” Book Review: This book explains the basic physics principles of solid state physics to provide a firm grounding in the subject. It describes the technological applications of physics and emphasizes the multidisciplinary nature of scientific research. After introducing students to solid state physics, the text examines the various ways in which atoms bond together to form crystalline and amorphous solids. It also describes the measurement of mechanical properties and the means by which the mechanical properties of solids can be altered or supplemented for particular applications. The final chapter addresses the magnetic properties of solids as well as applications of magnets and magnetism. The book is useful for undergraduate students who wish to gain a practical understanding of the basics of solid state physics.


4. “Semiconductors: Preparation, Crystal Growth, and Selected Properties: Volume 2 (Solid State Physics Literature Guides)” by T F Connolly
“Semiconductors: Preparation, Crystal Growth, and Selected Properties: Volume 2 (Solid State Physics Literature Guides)” Book Review: This book provides a detailed literature of semiconductors and focuses on important aspects such as preparation, crystal growth and selected properties. It provides the basic grounding in the subject that is essential to further understand the advanced concepts. This book describes the principles behind the practices in order to provide an application based understanding of the subject matter. The unsolved problems help the students in applying the theory to practice and also in preparing for the exams. The book also contains examples in every chapter that illustrate the meaning of the theory. The book is useful for the graduate and undergraduate students who wish to understand the literature of semiconductors.


5. “Advances in Solid State Physics / Festkörperprobleme” by Reinhard Helbig
“Advances in Solid State Physics / Festkörperprobleme” Book Review: This book provides a complete and detailed study of various advanced aspects of solid state physics. The book contains contributions from researchers in solid state physics and provides case studies that help with practical and application based understanding of the subject matter. The book also contains examples and illustrations that make the learning easier. The unsolved problems help the readers to test their understanding of the topics. The book is useful for researchers and graduate students who want to understand the basic concepts and important principles of the physics of solid state.


6. “Symmetry Principles and Magnetic Symmetry in Solid State Physics (Graduate Student Series in Physics)” by S J Joshua
“Symmetry Principles and Magnetic Symmetry in Solid State Physics (Graduate Student Series in Physics)” Book Review: This book provides an understanding of group theory and symmetry in solid state physics using a practical approach. The book uses concrete examples to aid understanding in the development of the basics of the subject. The book is divided into two parts. Part one introduces the reader to group theoretical techniques and applications via the extensive use of character tables. Each chapter includes a set of problems with hints and solutions. Part two deals with applications of group theory and the study of the symmetry properties of strongly magnetic crystals. The book is useful for senior undergraduate and graduate students.


7. “Ferroelectric Materials and Ferroelectricity (Solid State Physics Literature Guides)” by T F Connolly
“Ferroelectric Materials and Ferroelectricity (Solid State Physics Literature Guides)” Book Review: The book is a detailed study of Ferroelectric materials and ferroelectricity. It includes detailed solid state physics literature. The book provides comprehensive information on the availability, preparation and properties of inorganic solidstate research materials. The research papers included in the book impart a practical understanding of the subject matter. The book also includes relevant illustrations and pictures that help to provide an application based knowledge. The book is useful for anyone interested in learning the literature of ferroelectric materials and ferroelectricity.


8. “Advances in Solid State Physics” by Bernhard Kramer
“Advances in Solid State Physics” Book Review: This book provides a researched study of advanced and technical concepts of solid state physics. It also discusses the latest developments in the subject. The book contains contributions from researchers in solid state physics and provides case studies that help with practical and application based understanding of the subject matter. The book also contains examples and illustrations that make the learning easier. The unsolved problems help the readers to test their understanding of the topics. The book is useful for researchers and graduate students who want to understand the basic concepts and important principles of the physics of solid state.


9. “Bibliography of Microwave Optical Technology (Solid State Physics Literature Guides)” by A F Harvey
“Bibliography of Microwave Optical Technology (Solid State Physics Literature Guides)” Book Review: This book is a comprehensive study of microwave engineering. It covers topics ranging from the evolving of the initial principles and techniques during the closing decade of the last century to a stage of ready availability of components, automation and accuracy of measurement, economical manufacturing methods, and application of sophisticated systems. It puts forward the latest scientific and technical advances and provides a multidisciplinary approach. The book starts with the fundamentals of radiation and matter and goes on to include components and devices, amplification and generation, transmission, reception and processing of information and methods of measurement. The book is useful for those looking for detailed understanding of the subject.


5. Solid State Physics: Special Solids, Surfaces and Properties
1. “Solid State Physics” by Kittel
“Solid State Physics” Book Review: This book describes the core principles of solidstate physics. Main chapters included are Crystal structure, wave diffraction and the reciprocal lattice, Crystal binding and elastic constants, crystal vibrations and thermal properties. Other chapters included are free electron Fermi gas, Energy bands, semiconductor crystals, Fermi surfaces and metals. Problems with respective solutions are discussed at the end of every chapter. Summary section is also involved in every chapter for quick review of the topic. This book is suitable for advanced physics and chemistry students.


2. “Thin Films” by Heavens
“Thin Films” Book Review: This book discusses the thin solid films in physics. Main chapters included are optical properties of thin films, electron microscope, optical microscope, the structure of thin films. Other topics included are effectiveness of alkaline, metallic thin solid films in transmitting and reflecting light, Maxwell equation of electromagnetic theory. To explain every topic various diagrams and pictures are used. Experimental techniques and results are also added in this book. Students studying applied physics can use this book.


3. “Thin Film Solar Cells” by Chopra
“Thin Film Solar Cells” Book Review: This book is an introduction to thin film solar cells. main chapters included are basic physical processes in solar cell materials, photovoltaic behaviour of junction’s, photovoltaic measurements, junction analysis and material characterization. Other topics mentioned are thin film deposition techniques, properties of thin films for solar cells, cu2s based solar cells. All the equations and topics are described in detail. Concluding remarks are also added at the end of every chapter for quick review of the topic. This book is suitable for advanced physics students.


4. “Solid State Physics” by N W Aschroft and N D Mermiu
“Solid State Physics” Book Review: This book mentions the Core principles of solidstate physics. Main chapters included are the drude theory of metals, The Sommerfeld theory of metals, failures of the free electron model, reciprocal lattice. Other topics involved are determination of crystal structures by Xray diffraction, electron levels in a periodic potential, the semi classical model of electron dynamics. A total of 34 chapters are discussed in this book at a great length. important tables are dead at the start of the book to remove any confusion. This book is useful for advanced physics students.


5. “Defects in Solids (Special Topics in Inorganic Chemistry)” by Richard J D Tilley
“Defects in Solids (Special Topics in Inorganic Chemistry)” Book Review: This book provides the overview of defects in solids. The main chapters covered are Development of the modern Silicon based computer industry, solid state lasers, battery science. Other topics included are solid state batteries Cola fast ion conductors, fuel cells and sensors, cuprate superconductors. Additional material on crystallography and band structure are included in separate appendices. At the end of every chapter multiple choice questions and other exercises are added for student’s practice. Students studying mechanical engineering and applied physics can use this book.


6. “Light Metal and Their Alloys III: Technology, Microstructure and Properties” by Anna J Dolata and Maciej Dyzia
“Light Metal and Their Alloys III: Technology, Microstructure and Properties” Book Review: This book contains the current results of research in the field of light metal and their alloys. Main chapters included are aluminium alloys, magnesium alloys, titanium alloys, grain refinement and welding joints. Other topics mentioned are conventional and new casting magnesium alloys, plastic deformation of magnesium element, welding technologies, the magnesium matrix composites. All the papers and chapters are described in detail with plenty of examples. This book is suitable for mechanical engineering and applied physics students.


7. “Structure in Polymers with Special Properties” by F J BaltaCalleja and F Batallan
“Structure in Polymers with Special Properties” Book Review: This book includes 3 papers written by scientists on advancement in polymers with special properties. The 3 papers discussed are structure and properties of ferroelectric copolymer of polyvinylidene fluoride, Packing of chain segments, PVA iodine complexes. All the properties, formations and structures are described in detail. This book is useful for advanced physics students.


8. “Chemically Modified Surfaces” by Joseph J Pesek and Ivan E Leigh
“Chemically Modified Surfaces” Book Review: This book is an overview of the chemically modified surfaces. main chapters included are oxide surface for chromatography, capillary electrophoresis and catalysis, Nuclear magnetic resonance. Other topics included are electron paramagnetic resonance, infrared spectroscopy, thermal analytical techniques, X Ray photoelectron spectroscopy. Various methods on transforming chemical services are discussed in this book. People interested in analytical chemistry, chromatography and applied spectroscopy can benefit from this book.


9. “Chemical Physics Of Solids And Their Surfaces” by Roberts and Thomas
“Chemical Physics Of Solids And Their Surfaces” Book Review: This book explains the chemical physics of solids and their surfaces. Main topics mentioned are Defects in microstructures in feldspars, the use of AtomAtom potentials in interpreting the behaviour of organic molecular crystals from the characterization and properties of small metal particles. Other topics included are Neutron scattering from adsorbed molecules, photo induced reactivity at oxide surface, reflection absorption infrared spectroscopy. Concluding remarks are added at the end of every chapter for quick review. Future applications are added in some of the chapters to give a futuristic idea of the topic. This book is beneficial for applied physics students.


10. “A Synopsis of Practical Mathematics; Containing Plain Trigonometry, Mensuration of Heights, Distances, Surfaces” by Alexander Ewing
“A Synopsis of Practical Mathematics; Containing Plain Trigonometry, Mensuration of Heights, Distances, Surfaces” Book Review: This book covers the Basic mathematical principles. This book contains the original method generated on topics such as trigonometry, surfaces, height, numbers. Other topics and methods discussed are signs and tangents, distances. This book includes the original methods derived by mathematicians years ago for basic mathematics. This book is useful for students wanting to learn about the basics of mathematics.


6. Solid State Physics: Crystallography and Imperfection in Crystals
1. “Crystallography for Solid State Physics” by Verma and Srivastava  
2. “Elementary Dislocation Theory” by Weertman and Weertman
“Elementary Dislocation Theory” Book Review: This book explains the dislocation theory. Major chapters covered are the nature of dislocations, burgers vectors, motion and its impact on dislocations. Other topics included are internal stresses of dislocations, multiplication of dislocations and the theory of dislocation behaviour. A large number of problems and provided for students to practice their knowledge. images and equations are provided for students to understand the concept easily. This one is useful for chemical and chemistry students.


3. “Fundamentals of XRay Crystallography” by Liang Dongcai
“Fundamentals of XRay Crystallography” Book Review: This book discusses the fundamentals of xray crystallography. Main chapters included are symmetry operations, simple geometry concepts and methods, fundamental principles of crystal xray diffraction. Other topics included are microscopic space, geometric crystallography, diffraction theory. References and bibliography are added for further reading. This book is useful for students studying crystallography.


4. “Mechanical Properties of Ceramics (Solid Mechanics and Its Applications)” by Joshua Pelleg
“Mechanical Properties of Ceramics (Solid Mechanics and Its Applications)” Book Review: This book explains the mechanical properties of ceramics. Chapters discussed are ductile and superplastic ceramic, mechanical testing, strengthening mechanisms. Other topics mentioned are cyclic deformation of ceramics, actual ceramic structures. Multiple practical illustrations are also provided in this book for students’ understanding. This book is useful for undergraduate students.


5. “Principles of Solid State Physics” by Robert M Levy
“Principles of SolidState Physics” Book Review: This book addresses the core principles of solidstate physics and its basic models. Major chapters covered are crystal structures, mechanical properties of solids, thermal properties of solids. Other chapters discussed are electrical properties of isolators, magnetic properties of isolators, electric and magnetic properties of metals. problems and exercises are provided at the end of every chapter for student’s practice. References are also added at the end of every chapter for further reading. This book is useful for mechanical engineering and advanced physics students.


6. “Introduction to Crystallography and Solid State Physics” by Debadideb Bhattacharyya  
7. “The Physics of Solids” by J B Ketterson
“The Physics of Solids” Book Review: This book mentions the basics of physics in solid state. Major chapters introduced are elastic behaviour of solids, electric behaviour of insulators, metals and the drudgeLorentz model. Other chapters included are elementary theories of the thermal properties of solids, elementary theories of magnetism, the noninteracting Fermi gas. Problems with descriptive solutions are provided at the end of every chapter. A total of 49 chapters are discussed in this book at great length. This book is useful for advanced physics students and mechanical engineering students.


8. “Introduction to Applied Solid State Physics: Topics in the Applications of Semiconductors, Superconductors” by R Dalven
“Introduction to Applied Solid State Physics: Topics in the Applications of Semiconductors, Superconductors” Book Review: This book Is an introduction to applied solid state physics. Main chapters included are review of semiconductor physics, the semiconductor junction, semiconductor junction devices coma physics of metal semiconductor and metal insulator junction. Other chapters discussed metal semiconductor and metal insulator devices, other semiconductor devices, detectors and generators of electromagnetic radiation. Problems and solutions are added at the end of every chapter in this book for testing the knowledge of students. A section named suggested reading is provided in every chapter which suggests students about further reading of this topic. This book is useful for mechanical engineering and advanced physics students.


9. “Solid State Physics: From the Material Properties of Solids to Nanotechnologies” by David S Schmool
“Solid State Physics: From the Material Properties of Solids to Nanotechnologies” Book Review: This book Introduces the basic principles of physics in solid state materials. Main chapters included are crystalline symmetry of atoms, atomic species, magnetic and optical properties of all materials. Other chapters discussed are application of electric and magnetic fields, nanotechnologies end the broad introduction to the topic of solidstate physics tools. All the topics are discussed in detail with the support of images and diagrams. This book is useful for advanced physics students.


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