We present here an augmented space recursive technique in the k representation which
include diagonal, off-diagonal, and the environmental disorder explicitly: an analytic …

The magnetizations of single crystals with x= 4, 6, 8 and 10% by weight have been
measured at 4.2 K using a vibrating-sample magnetometer and a superconducting quantum …

We here study electronic structure and magnetic properties of disordered CoPd and CoPt
alloys using augmented space recursion technique coupled with the tight-binding linearized …

In this communication we propose the use of the augmented-space recursion as an ideal
methodology for the study of electronic and magnetic structures of rough surfaces, interfaces …

Off-stoichiometric alloys exhibit partial disorder, in the sense that only some of the
sublattices of the stoichiometric ordered alloy become disordered. This paper puts forward a …

We developed a complete self-consistent TB-LMTO-Augmented space recursion (ASR)
method for calculating configurational average properties of substitutionally disordered …

We study the electronic and magnetic structure of AuFe alloys for varying Fe concentrations.
The basis of our study is the augmented-space recursion in conjunction with the local spin …

In a recent communication (Chakrabarti A and Mookerjee A 2001 J. Phys.: Condens. Matter
13 10 149) we have introduced the generalization of the augmented space recursion …

We had earlier presented a computationally feasible and fast technique for obtaining the
electronic structure of random alloys which allowed us to incorporate short-ranged order and …

Crystalline CoxCu1− x alloys show interesting magnetic behaviour over the entire
concentration regime. We here present a fully self-consistent first-principles electronic …