دانلود کتاب Principles of Electron Optics

"In electron Optics there is no precedent... a momentous accomplishment. The list of references is a demonstration of how thorough a job the authors have done...A masterpiece..." --ULTRAMICROSCOPY"The first attempt inforty years to cover systematically the whole field of Electron Optics...Up to date account...highly recommended..." --VACUUM"This is a monumental and timely work--well researched, carefully proof-read, and marked by clarity of thought and expression." --NATURE"...I[d] like to recommend this work to each who is concerned within the field of particle optics." --OPTIK"...great clarity, rigorous treatment of every optical element and device since the foundation of the subject...It takes its place as the definitive text and source book in the field..." --PROCEEDINGS OF THE ROYAL MICROSCOPIAL SOCIETYContent: Preface for Volume 1, Pages xv-xviiPreface for Volume 3, Pages xv-xvii1 - Introduction, Pages 3-142 - Relativistic Kinematics, Pages 17-263 - Different Forms of Trajectory Equations, Pages 27-344 - Variational Principles, Pages 35-455 - Hamiltonian Optics, Pages 46-586 - Basic Concepts and Equations, Pages 61-727 - Series Expansions, Pages 73-938 - Boundary-Value Problems, Pages 94-1069 - Integral Equations, Pages 107-12410 - The Boundary-Element Method, Pages 125-15811 - The Finite-Difference Method (FDM), Pages 159-17412 - The Finite-Element Method (FEM), Pages 175-18713 - Field-Interpolation Techniques, Pages 188-19814 - Introduction, Page 20115 - Systems with an Axis of Rotational Symmetry, Pages 202-22416 - Gaussian Optics of Rotationally Symmetric Systems: Asymptotic image formation, Pages 225-24117 - Gaussian Optics of Rotationally Symmetric Systems: Real Cardinal Elements, Pages 242-26018 - Electron Mirrors, Pages 261-27519 - Quadrupole Lenses, Pages 276-28920 - Cylindrical Lenses, Pages 290-29321 - Introduction, Pages 297-30222 - Perturbation Theory: General Formalism, Pages 303-31423 - The Relation Between Permitted Types of Aberration and System Symmetry, Pages 315-33824 - The Geometrical Aberrations of Round Lenses, Pages 339-39225 - Asymptotic Aberration Coefficients, Pages 393-40826 - Chromatic Aberrations, Pages 409-41727 - Aberration Matrices and the Aberrations of Lens Combinations, Pages 418-42428 - The Aberrations of Mirrors and Cathode Lenses, Pages 425-43329 - The Aberrations of Quadrupole Lenses and Octopoles, Pages 434-46530 - The Aberrations of Cylindrical Lenses, Pages 466-46931 - Parasitic Aberrations, Pages 470-47932 - Deflection Systems and their Aberrations, Pages 483-52133 - Numerical Calculation of Trajectories, Paraxial Properties and Aberrations, Pages 525-56434 - The Use of Computer Algebra Languages, Pages 565-57135 - Electrostatic Lenses, Pages 629-68636 - Magnetic Lenses, Pages 687-79537 - Electron Mirrors, Pages 796-79838 - Cathode Lenses and Field-Emission Microscopy, Pages 799-80039 - Quadrupole Lenses, Pages 801-82240 - Deflection Systems, Pages 823-85441 - Aberration Correction, Pages 857-87842 - Caustics and their Applications, Pages 879-90343 - General Features of Electron Guns, Pages 907-91744 - Theory of Electron Emission, Pages 918-93345 - Pointed Cathodes without Space Charge, Pages 934-95246 - Space Charge Effects, Pages 953-97047 - Brightness, Pages 971-98848 - Emittance, Pages 989-100349 - The Boersch Effect, Pages 1004-101650 - Complete Electron Guns, Pages 1017-103651 - General Curvilinear Systems, Pages 1039-105752 - Magnetic Sector Fields, Pages 1058-107953 - Unified Theories of Ion Optical Systems, Pages 1080-109954 - Introduction, Pages 1191-120755 - The Schrödinger Equation, Pages 1211-121656 - The Relativistic Wave Equation, Pages 1217-122357 - The Eikonal Approximation, Pages 1224-123458 - Paraxial Wave Optics, Pages 1235-125059 - The General Theory of Electron Diffraction and Interference, Pages 1251-127260 - Elementary Diffraction Patterns, Pages 1273-129861 - General Introduction, Pages 1301-131062 - Principles of Interferometry, Pages 1311-133563 - Principles of Holography, Pages 1336-136264 - General Introduction, Pages 1365-136965 - Fundamentals of Transfer Theory, Pages 1370-138466 - The Theory of Bright-field Imaging, Pages 1385-144067 - Image Formation in the Scanning Transmission Electron Microscope, Pages 1441-145468 - Electron Interactions in Amorphous Specimens, Pages 1457-148769 - Electron Interactions in Crystalline Specimens, Pages 1488-152870 - Introduction, Pages 1531-154471 - Acquisition, Sampling and Coding, Pages 1545-156172 - Enhancement, Pages 1562-159473 - Linear Restoration, Pages 1595-161274 - Nonlinear Restoration, Pages 1613-165275 - Three-dimensional Reconstruction, Pages 1653-168276 - Image Analysis, Pages 1683-170477 - Instrument Control and Instrumental Image Manipulation, Pages 1705-171578 - Coherence and the Brightness Functions, Pages 1719-176079 - Instrumental Aspects of Coherence, Pages 1761-1767Notes and References for Volume 1, Pages 577-623Index for Volume 1, Pages i-xviiiCorrection for Volume 1, Pages xix-xxNotes and References for Volume 2, Pages 1103-1188Appendix - Additional major references, Page 1771Notes and References for Volume 3, Pages 1775-1900Index for Volume 3, Pages i-xxiv