
Synthesis and fabrication of high density targets of LiCoO2, LiMn2O4, LiMn0.2Co0.

Development of novel electrode and electrolyte materials for Li ion Batteries.Determination of corrosion behavior of materials through Electrochemical workstation Work done.Testing of electrochemical properties of the materials, Battery performance, efficiency of super capacitor and fuel cells through Electrochemical workstation.Determination of Particle size using particle size analyzer upto 1 nm.Assembly and testing of Li ion bulk and micro batteries using Argon filled Glove Box.Fig.4: Optical band gap of thin film of polythiophene with heating effect. Determination of Electrical properties through Four probe and Hall effect measurements deposited thin film may be due to changes observed from surface morphology, the as deposited polythiophene thin films shows larger band gap, the heating causes decrease in the band gap of the thin films of polythiophene 16.Over the past decade, artificial material structure at nanoscale, such as heterointerfaces and monolayer 2D materials, is a major driving force toward the realization of novel physics in quantum materials. Optical properties investigation through UV spectrophotometer Thin films, interfaces and 2D Materials Crystal lattices with confined geometries, like thin films and interfaces, host plenty of novel phenomena and unique functionalities.Thermal analysis and compound formation kinetics determination through TG/DTA analyzer.Thin film deposition of semiconductors, metals and metal oxides.


