Material Sciences
Computationally aided synthesis of artificial receptors: Biomimetic molecularly imprinted polymers (MIPs)
Advanced Manufacturing of Nanofinished Ceramics and Hard Alloy Components by Laser Assisted Ductile Mode Machining
Multicomponent glass based optical fibers for Vis-MIR photonic applications
Microwave melting of glass: A potential method for tailoring glass properties
Demonstration of Pulsed Fiber Laser Sources for Additive Manufacturing and Precision Material Processing
Development of a biodegradable and biocompatible nano ceramics/bioactive glass-polymer composite material with anti-bacterial properties for use in female sanitary hygiene products
Development of an array based low temperature sensing device for early detection of multiple diseases by monitoring exhaled breath
Development of Low Carbon MgO-C Refractory for Clean Steel Production
Development of thermally stable and antimicrobial bioactive glass based bone graft material
Efficient Supercontinuum Sources in the Mid-IR and Visible-NIR using Photonic Crystal Fibers: Innovative Solutions for Deep-Penetration and Ultrahigh-Resolution OCT
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