無序環(huán)境中的傾斜相變（英文版）

1 INTRODUCTION
2 SMECTIC A-TO-C TRANSITION IN UNIAXIALLY DISORDERED ENVIRONMENTS
2．1 Introduction
2．2 Model
2．3 AC Transition
2．3．1 Perturbation Theory
2．3．2 Renormalization Group
2．3．3 Critical Exponents
2．4 Irrelevant Disorder Terms
2．5 A and C Phase
2．6 Correlation Functions
2．7 Stability of Transition against Defects and Orientational Disorder
3 SMECTIC A-TO-C PHASE TRANSITION IN BIAXIAL DISORDERED ENVIRONMENTS
3．1 Introduction
3．2 Model
3．3 Renormalization Group
3．4 Anomalous Elasticity within the Critical Region
3．5 Critical Behavior
3．6 Properties of the A and C Phases
3．7 Predictions for Scattering Experiments
3．7．1 X-ray Scattering
3．7．2 Visible Light Scattering
3．8 Stability of the smectic phase at the critical point
3．9 Conclusion
3．10 Appendix
3． 10．1 Soft Continuation
3． 10．2 Irrelevant Disorder Variances
4 SMECTIC A-TO-C PHASE TRANSITION IN ISOTROPIC DISORDERED ENVIRONMENTS
4．1 Introduction
4．2 The Model and its Replication
4．3 Renormalization Group Analysis of the Model
4．4 Conclusion
5 TILT PHASE TRANSITION IN PURE SPONTANEOUS FLUX LATTICE
5．1 Introduction
5．2 Toy Model
5．3 Elastic Theory
5．4 Perturbation Theory
5．5 Critical Exponents
6 TILT PHASE TRANSITION IN DISORDERED SPONTANEOUS FLUX LATTICE
6．1 Introduction
6．2 Model
6．3 Harmonic propagator
6．4 perturbation theory
6．5 Renormalization Group
References