Phase Transitions and Critical Phenomena, Vol. 10 0122203100, 9780122203107

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Phase Transitions and Critical Phenomena, Vol. 10
 0122203100, 9780122203107

Table of contents :
Cover page......Page iv_0001.djvu
Contributors......Page vi_0001.djvu
General Preface......Page vii_0001.djvu
Preface to Volume 10......Page ix_0001.djvu
Contents......Page xi_0001.djvu
Contents of Volumes 1-9......Page xiii_0001.djvu
D. B. Abraham. Surface Structures and Phase Transitions - Exact Results......Page 001_0001.djvu
I. Introduction......Page 002_0001.djvu
A. General description of phase transition......Page 005_0001.djvu
B. Spin configurations and contours......Page 007_0001.djvu
C. Interfacial free energy - planar models......Page 009_0001.djvu
D. Alternative definitions of interfacial free energy......Page 013_0001.djvu
A. Magnetization profile......Page 017_0001.djvu
B. Energy density......Page 020_0001.djvu
2. Translational symmetry-breaking fields......Page 021_0001.djvu
3. Brownian bridge......Page 022_0001.djvu
A. Bricmont-Lebowitz-Pfister procedure......Page 023_0001.djvu
B. Convolution method......Page 025_0001.djvu
C. Fluctuation formulae......Page 026_0001.djvu
A. Interfacial free energy......Page 027_0001.djvu
B. Deformations of the domain wall......Page 030_0001.djvu
D. Step free energy......Page 031_0001.djvu
References......Page 069_0001.djvu
H.W. Diehl. Field-theoretical Approach to Critical Behaviour at Surfaces......Page 075_0001.djvu
A. Surface and finite-size effects......Page 076_0001.djvu
B. Related questions and phenomena......Page 081_0001.djvu
C. Plan of presentation......Page 082_0001.djvu
A. The Ising model with a free surface - a simple example......Page 083_0001.djvu
B. Continuum approach and continuum models......Page 088_0001.djvu
C. Landau theory......Page 098_0001.djvu
1. Thermodynamic surface quantities......Page 109_0001.djvu
2. Critical exponents......Page 111_0001.djvu
3. Scaling laws......Page 113_0001.djvu
III. Renormalization group for the semi-infinite n-vector model......Page 116_0001.djvu
A. Heuristic approach......Page 117_0001.djvu
B. Renormalization......Page 123_0001.djvu
C. Renormalization group analysis......Page 150_0001.djvu
A. Other geometries......Page 226_0001.djvu
B. Dynamics......Page 245_0001.djvu
C. Surface spin anisotropies......Page 250_0001.djvu
V. Conclusion - summary and outlook......Page 256_0001.djvu
Appendix......Page 259_0001.djvu
References......Page 260_0001.djvu
David Jasnow. Renormalization Group Theory of Interfaces......Page 269_0001.djvu
A. Perspective and statement of scope......Page 270_0001.djvu
B. Background on interfaces and phase coexistence......Page 272_0001.djvu
C. What to expect......Page 275_0001.djvu
A. Long-wavelength description......Page 276_0001.djvu
B. Thermodynamics and boundary conditions......Page 277_0001.djvu
C. The classical solution......Page 280_0001.djvu
D. Additional phenomenology and recapitulation......Page 283_0001.djvu
A. The fluctuation operator......Page 286_0001.djvu
B. Goldstone modes......Page 289_0001.djvu
C. The drumhead model and interface stability......Page 290_0001.djvu
D. Digression: some rigorous results......Page 292_0001.djvu
E. Drumhead model continued......Page 295_0001.djvu
IV. Renormalization group studies......Page 297_0001.djvu
A. Renormalization of the Hamiltonian and generating functions......Page 298_0001.djvu
B. Order parameter profile, d=4-epsilon......Page 301_0001.djvu
C. Surface tension......Page 306_0001.djvu
D. Order parameter profile for a scalar system in d=3......Page 308_0001.djvu
E. The physical space profile and comparison with experiment......Page 312_0001.djvu
F. Tricritical profile......Page 315_0001.djvu
G. Domain wall......Page 319_0001.djvu
H. Additional renormalization group calculations......Page 326_0001.djvu
A. Drumhead model recapitulation......Page 336_0001.djvu
B. Perturbation theory......Page 337_0001.djvu
C. Renormalization and scaling......Page 338_0001.djvu
D. Discussion......Page 340_0001.djvu
VI. Interface dynamics near equilibrium......Page 342_0001.djvu
A. Dynamical renormalization group: basics......Page 343_0001.djvu
B. Lagrangian formulation for dynamics......Page 346_0001.djvu
C. System with an interface......Page 349_0001.djvu
D. Dynamical properties at one-loop order......Page 352_0001.djvu
E. Discussion of the O(epsilon) interfacial dynamics......Page 354_0001.djvu
F. Low-temperature approach to dynamics......Page 355_0001.djvu
VII. Concluding remarks......Page 357_0001.djvu
Acknowledgements......Page 358_0001.djvu
References......Page 359_0001.djvu
Index......Page 365_0001.djvu

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