REAL-SPACE RENORMALIZATION GROUP CALCULATIONS FOR SPIN-GLASSES AND DILUTE MAGNETS

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 9:24 (1976) 4419-4431

Authors:

AP YOUNG, RB STINCHCOMBE

RENORMALIZATION GROUP APPROACH FOR PERCOLATION CONDUCTIVITY

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 9:17 (1976) 3221-3247

Authors:

RB STINCHCOMBE, BP WATSON

TRANSVERSE ISING-MODEL WITH SUBSTITUTIONAL DISORDER - EFFECTIVE-MEDIUM THEORY

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 9:17 (1976) 3295-3306

Authors:

EJS LAGE, RB STINCHCOMBE

RECENT DEVELOPMENTS IN THE THEORY OF SPIN GLASSES.

AIP Conf Proc (1975) 224-228

Abstract:

The spin glass is a magnetic arrangement found in systems with randomly competing exchange interactions. It is characterized by local moments frozen in direction but with no long-range order. A review is presented of recent theoretical formulations of the spin glass as a new magnetic phase. An integral part of the development is the recognition that a new type of order parameter is necessary for the spin glass and plays a non-negligible role even for more conventional phases in disordered systems. REsults are also presented of computer simulations which help to illustarate the physics and complement the experiments.

2-BAND CONTINUED FRACTION CLUSTER APPROXIMATION FOR DISORDERED ALLOYS

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 8:20 (1975) 3341-3347

Authors:

W LEUNG, D SHERRINGTON