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1.

電子ブック

EB
Elaine Heumann Gurian
出版情報: Taylor & Francis eBooks  1 online resource (xxiv, 294 p.)
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2.

電子ブック

EB
Frank J. Owens
出版情報: Singapore : World Scientific Publishing Co. Pte Ltd., 2018  1 online resource (170 p.)
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3.

電子ブック

EB
Helga Nowotny and Giuseppe Testa ; translated by Mitch Cohen
出版情報: Cambridge, Mass. ; London : MIT Press, c2010  1 online resource (viii, 144 p.)
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目次情報: 続きを見る
Preface
The Visibility of the Genetic Future / 1:
The Geneticization of Achievement / 2:
Disputed Futures: Who Belongs to Whom? / 3:
Contested Futures: Everyday Experience and the Values Discourse / 4:
Shaping the Futures: Human Technologies of Standardization / 5:
Synthesizing the Future / 6:
The Future as Synthesis / 7:
Glossary
Notes
Index
Preface
The Visibility of the Genetic Future / 1:
The Geneticization of Achievement / 2:
4.

電子ブック

EB
Thierry Giamarchi
出版情報: Oxford : Clarendon, 2004  1 online resource (xvi, 424 p.)
シリーズ名: The international series of monographs on physics ; 121
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5.

電子ブック

EB
Barry M. McCoy
出版情報: Oxford : Oxford University Press, 2010  1 online resource (xv, 624 p.)
シリーズ名: The international series of monographs on physics ; 146
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Basic Principles / 1:
Reductionism, Phenomena and Models / 2:
Stability, Existence and Uniqueness / 3:
Theorems on Order / 4:
Critical Phenomena and Scaling Theory / 5:
Mayer Virial Expansions and Groenevelt's Theorems / 6:
Ree-Hoover Virial Expansion and Hard Spheres / 7:
High Density Expansions / 8:
High Temperature Expansions for Magnets at H=0 / 9:
The Ising Model in Two Dimensions / 10:
Summary of Results
The Pfaffian Solution of the Ising Model / 11:
Ising Model Spontaneous Magnetization, Form Factors and Susceptibility / 12:
The Star-Triangle (Yang-Baxter) Equation / 13:
The Eight Vertex and XYZ models / 14:
The RSOS and the Chiral Potts models / 15:
Conclusion / 16:
Basic Principles / 1:
Reductionism, Phenomena and Models / 2:
Stability, Existence and Uniqueness / 3:
6.

電子ブック

EB
Hidetoshi Nishimori, Gerardo Ortiz
出版情報: Oxford : Oxford University Press, c2011  1 online resource (xiii, 358 p.)
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7.

電子ブック

EB
Hidetoshi Nishimori
出版情報: Oxford : Oxford University Press, 2001  1 online resource (xii, 243 p.)
シリーズ名: The international series of monographs on physics ; 111
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8.

電子ブック

EB
Alan Corney
出版情報: Oxford : Clarendon, 1977  1 online resource (xvii, 763 p.)
シリーズ名: Oxford classic texts in the physical sciences
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Introduction / 1:
Review of Classical Electrodynamics / 2:
Review of Quantum Mechanics / 3:
The Spontaneous Emission of Radiation / 4:
Selection Rules for Electric Dipole Transitions / 5:
Measurement of Radiative Lifetimes of Atoms and Molecules / 6:
Forbidden Transitions and Metastable Atoms / 7:
The Width and Shape of Spectral Lines / 8:
The Absorption and Stimulated Emission of Radiation / 9:
Radiative Transfer and the Formation of Spectral Lines / 10:
Population Inversion Mechanisms in Gas Lasers / 11:
Resonant Modes of Optical Cavities / 12:
Saturation Characteristics and the Single-Frequency Operation of Gas Lasers / 13:
Turnable Dye Lasers and Atomic Spectroscopy / 14:
The Hanle Effect and the Theory of Resonance Flourescence Experiments / 15:
Optical Double Resonance Experiments / 16:
Optical Pumping Experiments / 17:
The Hyperfine Structure of Atoms and its Investigation by Magnetic Resonance Methods / 18:
Appendix
Introduction / 1:
Review of Classical Electrodynamics / 2:
Review of Quantum Mechanics / 3:
9.

電子ブック

EB
Mark S. Child
出版情報:   1 online resource (ix, 433 pages)
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Introduction / 1:
Classical and quantum mechanical structures / 1.1:
Historical perspectives / 1.2:
Scope and organization of the text / 1.3:
Phase integral approximations / 2:
The JWKB approximation / 2.1:
Turning point behaviour / 2.2:
Uniform approximations / 2.3:
Higher-order phase integral approximations / 2.4:
Problems / 2.5:
Quantization / 3:
Bohr-Sommerfeld quantization / 3.1:
Semiclassical connection formulae / 3.2:
Double minimum potentials and inversion doubling / 3.3:
Restricted rotation / 3.4:
Shape resonances or tunnelling predissociation / 3.5:
Predissociation by curve crossing / 3.6:
Angle-action variables / 3.7:
The linear oscillator / 4.1:
The degenerate harmonic oscillator / 4.2:
Angular momentum / 4.3:
The hydrogen atom / 4.4:
Symmetric and asymmetric tops / 4.5:
Quantum monodromy / 4.6:
Matrix elements / 4.7:
Semiclassical normalization / 5.1:
Matrix elements and Fourier components: the Heisenberg correspondence / 5.2:
Franck-Condori and curve-crossing matrix elements / 5.3:
Matrix elements for non-curve-crossing situations / 5.4:
Semiclassical inversion methods / 5.5:
The RKR method / 6.1:
Inversion of predissociation linewidth and intensity data / 6.2:
LeRoy-Bernstein extrapolation to dissociation limits / 6.3:
Inversion of elastic scattering data / 6.4:
Non-separable bound motion / 6.5:
Phase space structures / 7.1:
Einstein-Brillouin-Keller quantization / 7.2:
Uniform quantization at a resonance / 7.3:
Fourier representation of the torus / 7.4:
Classical perturbation theory / 7.5:
Adiabatic switching / 7.6:
Periodic orbit quantization / 7.7:
Wavepackets / 7.8:
The free-motion Gaussian wavepacket / 8.1:
Gaussian wavepackets and coherent harmonic oscillator states / 8.2:
Seeded Gaussian wavefunctions and spectral quantization / 8.3:
Franck-Condon transitions / 8.4:
The Herman- Kluk propagator / 8.5:
Atom-atom scattering / 8.6:
The classical and quantum mechanical limits / 9.1:
Rainbow scattering and diffraction oscillations / 9.2:
The integral cross-section / 9.3:
Two-state non-adiabatic transitions / 9.4:
The classical S matrix / 9.5:
The integral representation / 10.4:
Stationary phase and uniform approximations / 10.2:
Classically forbidden events / 10.3:
Rotational rainbows and higher interference structures / 40.2:
Condon reflection principles
Reactive scattering / 10.6:
Definitions and working identities / 11.1:
Nearside-farside interpretation of differential cross-sections / 11.2:
The influence of geometric phase on reactive scattering / 11.3:
Instanton theory of deep tunnelling / 11.4:
Phase integral techniques / 11.5:
The Stokes phenomenon / A.1:
Isolated turning points / A.2:
Barrier penetration / A.3:
Curve crossing / A.4:
Uniform approximations and diffraction integrals / Appendix B:
The uniform Airy approximation / B.4:
Waves and catastrophes / B.2:
Higher catastrophe-based uniform approximations / B.3:
Non-generic uniform approximations: Bessel and harmonic approximations
Transformations in classical and quantum mechanics / Appendix C:
Classical and semiclassical transformations / C.1:
Energy-time and angle-action representations / C.2:
Dynamical transformations and the classical S matrix / C.3:
The semiclassical Green's function / C.4:
Angular momentum coupling coefficients / C.5:
The onset of chaos / Appendix D:
Breaking the separatrix / D.4:
Henon map and the separatrix algorithm / D.2:
Angle-action transformations / Appendix E:
Harmonic oscillator / E.1:
Morse oscillator / E.2:
Degenerate harmonic oscillator / E.3:
Hydrogen atom / E.4:
The monodromy matrix / Appendix F:
Solutions to problems / Appendix G:
Atom- atom scattering / G.1:
References / G.10:
Author index
Subject index
Introduction / 1:
Classical and quantum mechanical structures / 1.1:
Historical perspectives / 1.2:
10.

電子ブック

EB
James Oxley
出版情報: Oxford : Oxford University Press, 2011  1 online resource (xiii, 684 p.)
シリーズ名: Oxford graduate texts in mathematics ; 21
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目次情報: 続きを見る
Preliminaries
Basic definitions and examples / 1:
Independent sets and circuits / 1.1:
Bases / 1.2:
Rank / 1.3:
Closure / 1.4:
Geometric representations of matroids of small rank / 1.5:
Transversal matroids / 1.6:
The lattice of flats / 1.7:
The greedy algorithm / 1.8:
Duality / 2:
The definition and basic properties / 2.1:
Duals of representable matroids / 2.2:
Duals of graphic matroids / 2.3:
Duals of transversal matroids / 2.4:
Minors / 3:
Contraction / 3.1:
Minors of certain classes of matroids / 3.2:
The Scum Theorem, projection, and flats / 3.3:
Connectivity / 4:
Connectivity for graphs and matroids / 4.1:
Properties of matroid connectivity / 4.2:
More properties of connectivity / 4.3:
Graphic matroids / 5:
Representability / 5.1:
Duality in graphic matroids / 5.2:
Whitney's 2-Isomorphism Theorem / 5.3:
Series-parallel networks / 5.4:
Representable matroids / 6:
Projective geometries / 6.1:
Affine geometries / 6.2:
Different matroid representations / 6.3:
Constructing representations for matroids / 6.4:
Representability over finite fields / 6.5:
Regular matroids / 6.6:
Algebraic matroids / 6.7:
Characteristic sets and decidability / 6.8:
Modularity / 6.9:
Dowling geometries / 6.10:
Constructions / 7:
Series and parallel connection and 2-sums / 7.1:
Single-element extensions / 7.2:
Quotients and related operations / 7.3:
A non-commutative operation / 7.4:
Higher connectivity / 8:
Tutte's definition / 8.1:
Properties of the connectivity function / 8.2:
3-connected matroids and 2-sums / 8.3:
Wheels and whirls / 8.4:
Tutte's Linking Theorem and its applications / 8.5:
Matroid versus graph connectivity / 8.6:
Some extremal connectivity results / 8.7:
Tutte's Wheels-and-Whirls Theorem / 8.8:
Binary matroids / 9:
Characterizations / 9.1:
Circuit and cocircuit spaces / 9.2:
The operation of 3-sum / 9.3:
Other special properties / 9.4:
Excluded-minor theorems / 10:
The characterization of regular matroids / 10.1:
The characterization of ternary matroids / 10.2:
The characterization of graphic matroids / 10.3:
Further properties of regular and graphic matroids / 10.4:
Submodular functions and matroid union / 11:
Deriving matroids from submodular functions / 11.1:
The theorems of Hall and Rado / 11.2:
Matroid union and its applications / 11.3:
Amalgams and the generalized parallel connection / 11.4:
Generalizations of delta-wye exchange / 11.5:
The Splitter Theorem / 12:
The theorem and its proof / 12.1:
Applications of the Splitter Theorem / 12.2:
Variations on the Splitter Theorem / 12.3:
Seymour's Decomposition Theorem / 13:
Overview / 13.1:
Graphic, cographic, or a special minor / 13.2:
Blocking sequences / 13.3:
Research in representability and structure / 13.4:
The Well-Quasi-Ordering Conjecture for Matroids / 14.1:
Branch-width / 14.2:
Rota's Conjecture and the Well-Quasi-Ordering Conjecture / 14.3:
Algorithmic consequences / 14.4:
Intertwining / 14.5:
Inequivalent representations / 14.6:
Ternary matroids / 14.7:
Stabilizers / 14.8:
Unavoidable minors / 14.9:
Growth rates / 14.10:
Unsolved problems / 15:
Representability: linear and algebraic / 15.1:
Unimodal conjectures / 15.2:
Critical problems / 15.3:
From graphs to matroids / 15.4:
Enumeration / 15.5:
Gammoids and transversal matroids / 15.6:
Excluding a uniform matroid / 15.7:
Negative correlation / 15.8:
A miscellany / 15.9:
References
Appendix: Some interesting matroids
List of tables
Notation
Index
Preliminaries
Basic definitions and examples / 1:
Independent sets and circuits / 1.1:
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