My experience is amalgamation of surface science, material science and applied physics. The material from 0-Dimension to 3-Dimension were synthesized, processed and modified. The solid thin films and multilayers were grown in extremely clean environment through various high vacuum and ultra-high vacuum techniques. The surface topology, surface composition, and surface structure is analysed to identify and understand the surface problem. The surface analysis lead to solution of surface problem and surface could be modified accordingly. The main aim is to understand the surface problems and modify the material for industrial application. The 3-dimensional alloys are grown and characterized. The analysis of physical properties are done to modify the alloy for industry friendly applications. Following are the expertise summarised:
Proficiency in synthesis, modification, processing, and characterization of solid thin films including multilayers for various technological applications.
Graphene film growth and insertion for enhancing properties of material
Thin films for surface coating and protection
Nanostructure growth and property analysis for increased efficiency of devices
Experienced to provide innovative solution to overcome the problems of surface by modifying material or technique through various physical and chemical methods.
Surface topology and morphology characterization and analysis
Surface structure identification
Atomic level surface structure detection
Surface composition analysis
Surface elemental analysis and electronic state determination
Ultra High Vacuum (UHV) and High Vacuum Techniques
Characterization for Composition, Structure, Surface Topography
Property Analysis for Electrical Conductivity, Magneto-transport, Calorimetry
Electronic band structure through experiment for material designing
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