Stepwise Stability Constants & Thermodynamic Functions of In (III) Complexes with Some Substituted Derivatives of Quinoline & Pyridine

327-32

Sensitization of Colour Reactions of Lanthanides & Chrome Azurol S with Some Cationic Detergents

189-19

Ternary Complexes of Y(lII) with Nitrilotriacetic Acid, EDTA or N-Hydroxyethylethylenediaminetriacetic Acid as Primary Ligands & Picolinic Acid or Pyrocatechol Violet as Secondary Ligands

192-19

Potentiometric Studies of the Complexes of Pr(III) with Ethylenediaminetetraacetic Acid as Primary Ligand & Pyrogallol, Pyrocatechol, Protocatechuic Acid & Protocatechualdehyde as Secondary Ligands

421-42

Studies in Equilibria Involved in Complexation Reaction Between Zr (IV) & Some Organic Dyes

510-51

Potentiometric Studies on Some Ternary Complexes of Yttrium (III) with Nitrilotriacetic Acid, N-Hydroxyethylethylenediaminetriacetic Acid & Ethylenediaminetetraacetic Acid as Primary Ligands

636-63

Synthetic & Structural Studies on the Polymeric Complexes of Terephthaloyl-bis-(N-phenylhydroxamic Acid) (TPHA) & Sebacyl-bis(N-phenylhydroxamic Acid) (SPHA) with Co(II), Ni(II), Cu(II) & Zn(II)

222-22

Applicability of genetic algorithms to reconstruction of projected data from ultrasonic tomography

In this paper simulation studies of the ultrasound computerized tomography (CT) technique employing time of flight data is presented. An enhanced genetic algorithm based reconstruction technique is proposed that is capable of detecting multiple types of inclusions in the test specimen to be reconstructed. It is assumed that the physical properties of the inclusions are known a priori. The preliminary results of our algorithm for a simple configuration are found to be better than those reported with MART1. In addition to being able to identify inclusions of different materials, both the shape and location of the inclusions could be reconstructed using the proposed algorithm. The results are found to be consistent and satisfactory for a wide range of grid sizes and geometries of inclusion(s). Based on the regression analysis an empirical relation between the number of unknowns and the reconstruction time is found which enables one to predict the reconstruction time for higher resolutions

QGP Susceptibilities from PNJL Model

An improved version of the PNJL model is used to calculate various thermodynamical quantities, {\it viz.}, quark number susceptibility, isospin susceptibility, specific heat, speed of sound and conformal measure. Comparison with Lattice data is found to be encouraging.Comment: 4 pages, 2 figures, poster presented at Quark Matter'0