MSRI

Material Science Research India (MSRI) Journal is a open access, peer reviewed international journal, devoted to experimental and theoretical research into the synthesis, structure, properties and applications of materials.     Read more

Frequency : Six monthly, June & December

ISSN: 0973-3469     Online ISSN: 2394-0565


Aims and Scope  Editorial Board

Recent Articles

Diffusion in Semiconductors by Using Fourier Series Expansion Technique 

M. K. El-Adawi1*, S. E. S. Abdel-Ghany2 and S. A. Shalaby1

Introduction The chemical and physical properties of most material can be altered by the addition of impurities or dopants [1]. Doping can be achieved by different technology techniques. Diffusion is still one of acceptable and important methods in such a field. Doping has many important technological applications [2,3]. For example, doping makes it possible to prepare alloys which possess low ... Read More »

Flame Retardant Polyurethanes and their Applications for the Improvement in Properties of Conventional Castor Oil Based Polyurethane

Rasmika H. Patel1*, Amin V. Hirani1, Hitesh B. Patel2

Introduction Polyurethanes are used in versatile applications due to their properties like toughness, flexibility, physical, mechanical and chemical resistancy1,2. Synthesis of phosphorus based flame retardant polyurethanes opens another area of their use specifically in the surface coating application where flame retardancy is required3-5. Present work deals with the synthesis of intrinsic type of flame retardant polyurethanes and their characterization using ... Read More »

Synthesis and Thermal Characterization of PMMA-TiO2 Nanocomposites

Shalini Agarwal, Vibhav K. Saraswat*

Introduction During the past years, major developments in the polymer science has been enriched our knowledge about the relationship between the structure of polymer and their properties [1]. Polymer nanocomposites are important materials for nanoelectronics and solar cells due to their unique properties like high homogeneity and cost-effective processability [2-5]. TiO2 is commonly used and one of the most investigated ... Read More »