Wiley-VCH - Physics

1. Surface Analysis

   Understand the principles and applications of surface analysis Analyzing the composition of a given surface is a crucial aspect of materials science, with significant bearing on the way a material will interact with a particular environment. Surface analysis draws upon a substantial body of research to analyze the outer few nanometres of a material, and has considerable significance in laboratories studying corrosion, adhesion, polymer surface treatment and more. Surface Analysis offers a comprehensive and accessible overview of the characterization and analysis of outer substrate layers. It brings together experts in each analysis area to lay out foundational theory, offer practical applications, and provide examples. Now fully up to date and reflecting the latest research, it is a must-own for any scientist incorporating surface analysis into laboratory work. Readers of the third edition of Surface Analysis readers will also find: * Two new chapters on advanced mass spectrometry methods * Detailed coverage of ever-more-important methods of data analysis * Tools for concretely improving laboratory and research outcomes Surface Analysis is ideal for practitioners and advanced graduate students in materials science, solid state physics, optics, and chemistry. [576 Pages, Hardcover] Read More...

   
   
   
2. Polarization-Based Optical Imaging for Clinical Diagnostics

   PART I: METHODS AND SYSTEMS OF OPTICAL MAPPING IN BIOMEDICAL RESEARCH 1. Overview of modern optical mapping techniques 1.1 Diffuse, fluorescence molecular, bioluminescence, photoacoustic, laser coherent, andlaser polarization-sensitive systems 1.2 Unsolved problems and proposed solutions via 3D Jones-Mueller digital holographic mapping PART II: PHYSICAL PRINCIPLES, ALGORITHMS AND METHODS OF 3D JONES-MUELLER DIGITAL HOLOGRAPHIC MAPPING 2. Physical principles of 3D Jones-Mueller digital holographic mapping 2.1 Phenomenological models of optically anisotropic tissue and fluid samples 2.2 Reconstruction of optical anisotropy parameters (linear and circular birefringence and dichroism) 3. Algorithms and methods of 3D Jones-Mueller digital holographic mapping 3.1 Digital holographic reconstruction and phase scanning 3.2 Multichannel polarization-interference measurement and reconstruction of anisotropy maps 4. Basic algorithms for processing 3D Jones-Mueller digital holographic mapping data 4.1 Statistical analysis 4.2 Correlation analysis 4.3 Wavelet analysis 4.4 Multifractal analysis 4.5 Singular analysis PART III: BIOMEDICAL AND CLINICAL APPLICATIONS OF 3D JONES-MUELLER DIGITAL HOLOGRAPHIC MAPPING 5. Diagnostic efficiency of 3D Jones-Mueller digital holographic mapping 5.1 Phase waves of local depolarization in biological tissues 5.2 Differential Mueller-matrix mapping of polycrystalline tissue components 5.3 Optical interference approach for tumor differentiation 5.4 Wavelet-enhanced polarimetry for cancer analysis 5.5 Holographic scanning of myocardial layers 5.6 Holographic histology for necrotic tissue differentiation (forensics) 5.7 Imaging of blood film microstructure 6. Diagnostic efficiency of 3D Jones-digital holographic mapping 6.1 Mapping of biological fluid facies 6.2. Jones matrix tomography 6.2 Multifractal scanning for COVID-19 diagnostics 6.3 Scanning of blood plasma films for organ pathology 6.4 Polarimetry of blood films for thyroid pathology Appendices A1. Programs for 3D Jones-Mueller holographic reconstruction A2. Programs for layer-by-layer reconstruction of polycrystalline structures A3. Programs for statistical and correlation data analysis A4. Album of Mueller matrix images A5. Album of optical anisotropy maps Conclusion [496 Pages, Hardcover] Read More...

   
   
   
3. Angular Momentum

   Designed as a learning tool for those with limited background in quantum mechanics, this book provides comprehensive coverage of angular momentum in quantum mechanics and its applications to chemistry and physics. Based on class-tested material, this presentation offers clear explanations of theory while giving equal attention to solving real problems. Theoretical considerations are made concrete and accessible through extensive examples and applications at the end of each chapter. Problem sets, designed as both individual and group exercises, are treated as an integral part of the text in order to stimulate student interest and clarify the abstract principles discussed. Examples are drawn primarily from atomic and molecular phenomena, and include many intermediate steps (often left out of other texts) to ensure complete mastery of the material, and to lay the groundwork for understanding photon and particle collision phenomena, and more advanced studies. The new edition adds section and chapters on Runge-Lenz vector, Orientation and Alignment has been expanded into a chapter and includes angular momentum Interference effects in photodissociation) and reaction stereodynamics. A new chapter on vector-model wavefunction can be used to give quantitative and pictorial descriptions is also included. [448 Pages, Hardcover] Read More...

   
   
   
4. Mathematical Foundations for Chemistry, Physics, and Engineering

   Bridge abstract mathematics with chemistry, physics, and engineering problem-solving Students in chemistry, physics, and materials science often struggle to connect abstract mathematics with real physical applications. Mathematical Foundations for Chemistry, Physics, and Engineering presents complex mathematical ideas in a student-friendly, step-by-step style, ensuring readers never lose sight of the molecule. Across fourteen carefully structured chapters, the book progresses logically from vectors, linear vector spaces, and matrix characteristics, through group theory, Fourier and Laplace transforms, to special functions and partial differential equations. Designed specifically to bridge the gap between pure mathematics and the physical sciences, this comprehensive text introduces mathematical problems first, followed immediately by practical applications in quantum mechanics, spectroscopy, and chemical kinetics It includes unique pedagogical features like Fact Boxes and Red Flags to guide learners. The book offers: * A logical progression across fourteen chapters, moving from vector spaces and matrices to partial differential equations * Practical applications drawn directly from physical chemistry, quantum mechanics, molecular spectroscopy, and advanced chemical kinetics * Comprehensive coverage of group theory, Fourier transforms, and Laplace transforms tailored for scientific problem-solving. * Student-friendly features including Math Textboxes, Fact Boxes, and Red Flags to prevent common mistakes * Twelve extensive appendices containing standard character tables, transform properties, special function formulas, and vital numerical methods Designed for upper undergraduate and postgraduate students in chemistry, physics, and materials science, this textbook also serves engineering and molecular biology majors. It equips readers with the essential analytical tools needed to confidently tackle complex problems across the physical sciences. [560 Pages, Hardcover] Read More...

   
   
   
5. Quantum Computing with Superconducting Qubits and Cavities

   [320 Pages, Hardcover] Read More...