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2995 result(s) found
Developing a reusable, multifunctional Metal Organic Framework based prototype from metal scrap for heavy/noble metal detection, removal and recovery

Metal Organic Frameworks (MOF) are porous coordination polymer compounds comprising metal nodes and organic liker linked together to form a crystalline 3-D structure, having a very high porosity and surface area ~700 m2/g. Owing to their very high su

Section: Engineering Sciences (Research Project)
Related: Developing a Developing a reusable, multifunctional Metal Organic Framework based prototype from metal scrap for heavy or noble metal detection, removal and recovery Research Project › Engineering Sciences Plasmonic-Electroactive MXene-Biolinker Plasmonic-Electroactive MXene-Biolinker Films for Ultra-Trace Sensing and Remediation of Emerging Industrial Pollutants Research Project › Chemical Sciences
Development of layered transition metal (oxy)hydroxide electrocatalysts through electrochemical reconstitution of metal-organic frameworks for advanced water splitting

In pursuit of the carbon-free energy portfolio, electrocatalytic water splitting offers a promising avenue for the sustainable production of green fuel. In this regard, the design of cost-effective, environmentally benign and high-performance transit

Section: Chemical Sciences (Research Project)
Related: Design and Design and Development of PEDOT: PSS-Capped Porous TiO₂-Double Perovskite Hybrids for Enhanced Electrochemical and Photoelectrochemical Water Splitting Research Project › Physical Sciences Defect Engineered Defect Engineered Earth Abundant Metal Based Materials for Electrochemical Synthesis of Nitrogen Fertilizers under Ambient Conditions Research Project › Chemical Sciences
Catalytic Site Modulation in Atomically Dispersed Noble/Non-Noble Metals on Nanostructured Semiconductor matrices for Sustainable Photo- and Electrocatalysis

The growing global demand for sustainable energy and green chemical processes calls for innovative catalytic systems to enhance energy conversion and selective chemical transformations. Visible light, a renewable energy source, holds immense potentia

Section: Chemical Sciences (Research Project)
Related: Synergistic Electrocatalysis Synergistic Electrocatalysis Enabled by Single-Atom Catalysts Anchored on Boron-Based 2D Nanosheets for Efficient Overall Water Splitting Research Project › Chemical Sciences
Integrative Plant Tissue Culture, Metabolite Profiling, and Transcriptomic Analysis for Secondary Metabolite Biosynthesis in Gaultheria fragrantissima

Gaultheria fragrantissima (Indian Wintergreen), a small, evergreen shrub from the Ericaceae family, is renowned for its essential oil which has valuable bioactive secondary metabolites. The species, native to the high-altitude terrains of North-easte

Section: Life Sciences & Biotechnology (Research Project)
Related: Nano-Integrated Plant Nano-Integrated Plant Tissue Culture: Evaluating the Influence of Nanoparticles on Micropropagation Efficiency, Secondary Metabolite Enhancement, and Optimization of Phytochemicals in few medicinally important Orchid Species of Kashmir Himalaya Research Project › Life Sciences & Biotechnology CRISPR/Cas based CRISPR/Cas based metabolome editing and genomics assisted glucosinolate pathway elucidation of the miracle tree Moringa oleifera Lam. Research Project › Life Sciences & Biotechnology
Bacterial Cellulose Patches

Bacterial cellulose has emerged as an important biopolymer havingmultifarious applications in various fields. It has proven to be the most viablealternative to plant cellulose. It is very advantageous to use bacterial celluloseinstead of plant cellul

Section: Material Sciences (Technologies)
Related: Bacterial Cellulose Bacterial Cellulose Patches Technologies › Medical Sciences Bacterial cellulose Bacterial cellulose production from newly isolated marine bacterium and their application Research Project › Life Sciences & Biotechnology Bacterial Cellulose Bacterial Cellulose based Microfluidic Point-of-Care Device for Antibiotic Susceptibility Testing Research Project › Medical Sciences Dual action Dual action - antimicrobial and analgesic- patches for wound dressing based on bacterial nanocellulose for extended use Research Project › Engineering Sciences Development of Development of Microalgae Bio-embedded Bacterial Cellulose Granules for Compost Enhancement and soil Nourishment: An Enviro-economic Approach for Agricultural sustainability Research Project › Engineering Sciences
Groundwater dynamics in India: Investigation using radio carbon, stable isotope ratios and satellite data

The study is focussed on the areas suffering from acute depletion of groundwater due extensive groundwater extraction for agricultural and industrial activities such as Indo Gangetic Plain. With extensive analysis of satellite data, the variation in

Section: Astronomy & Space Sciences (Research Project)
Related: The role The role of extreme weather events and patterns in shaping vadose zone hydrology in snow dominated catchments" Research Project › Earth, Atmosphere & Environment Sciences The role The role of extreme weather events and patterns in shaping vadose zone hydrology in snow dominated catchments" Research Project › Earth, Atmosphere & Environment Sciences Isotopic fingerprinting Isotopic fingerprinting of atmospheric moisture, rainwater and surface water to estimate evapotranspiration contribution to local precipitation from Central Ganga Basin: Insights from Lucknow Uttar Pradesh. Research Project › Earth, Atmosphere & Environment Sciences
Generating Hydrogen Fuel from Anion Exchange Membrane Water Electrolyzer Powered by Renewable Energy Sources

The study aims to investigate the degradation mechanisms of hydrogen reversible (HER) catalysts in constant and intermittent electrolysis for sustainable energy applications. It also aims to enhance the stability of these catalysts using advanced tec

Section: Chemical Sciences (Research Project)
Related: Investigating membrane Investigating membrane degradation and its mitigation for enhancing the performance of green hydrogen powered proton exchange membrane fuel cell (PEMFC) Research Project › Engineering Sciences High-pressure membrane High-pressure membrane for hydrogen generation through PEM water electrolyzer Research Project › Engineering Sciences Development of Development of advanced electrolyzer with efficient catalyst for high-yield, carbon-negative hydrogen production by combining biomass-component oxidation and water reduction Research Project › Chemical Sciences Development of Development of non-precious solid-state redox mediator and bifunctional electrocatalysts based membrane-free decoupled electrolyzer for green hydrogen production Research Project › Chemical Sciences Development of Development of Renewable Energy Based onsite Oxygen cum Green Hydrogen Generation system: A self-sufficient Approach for Indian Hospitals Research Project › Engineering Sciences
Machine Learning Augmented Enhanced Sampling Simulations for the Study of Crystallization

The purpose of this proposal is to develop and apply advanced simulations methods to understand one of the most complex phenomena, phase transitions – both in single-component and multi-component molecular systems. Molecular crystals are an importa

Section: Chemical Sciences (Research Project)
Related: Modeling the Modeling the Structure, Dynamics, and Reactivity of Ligand-Protected Metal Nanoclusters across Scales using Machine Learning augmented Enhanced Sampling Simulations Research Project › Chemical Sciences Investigation of Investigation of ammonia-hydrogen auto-ignition flames in gas turbine sequential combustor using machine learning enhanced Large-Eddy Simulations Research Project › Engineering Sciences Integrated Geotechnical Integrated Geotechnical Modelling of Slope Failure Mechanisms in the Indian Himalayan Region Using AI-Augmented Multiphysics Simulations Research Project › Engineering Sciences A New A New Paradigm to Study Chemical Reactions - Unleashing the Power of AI and Machine Learning Towards a General Reaction Force Fields with Hessians Research Project › Chemical Sciences Computational and Computational and Machine Learning-Assisted discovery of high-performance cathodes for Multivalent batteries Research Project › Engineering Sciences
Development of Visible Light Mediated Halogenation Reactions

Halogenated organic molecules represent an interesting class of compounds wherein some members such as chlorinated organics are ubiquitous in nature (alkaloids, terpenoids) and are employed widely as synthetic intermediates and functional materials.

Section: Chemical Sciences (Research Project)
Related: Visible light Visible light mediated C‒X (C‒C, C‒N, C‒s and C‒O) coupling reactions by novel metal-dithioether coordination polymer complexes under ambient conditions Research Project › Chemical Sciences Development of Development of Visible-Light Energy-Transfer Catalysis for Dearomative Cycloaddition and Bond Formation Reactions in Accessing sp³-Rich Rigid 3D Molecular Scaffolds Research Project › Chemical Sciences Visible-Light-Mediated strategies Visible-Light-Mediated strategies for the synthesis of 1,2-Difunctionalized Bicyclo[1.1.1]pentanes Research Project › Chemical Sciences Visible Light Visible Light Mediated Annulation of Functionalized Alkenes and Polyenes Employing Nitrene as N1 Synthon Research Project › Chemical Sciences Visible Light-Mediated Visible Light-Mediated Cascade Annulations Using N-(Acyloxy)phthalimides: Synthesis of Fused and Spiro-Nitrogen Heterocycles Research Project › Chemical Sciences
Closed-loop recyclable and fast curing Epoxy mediated by covalent adaptable network

Traditional thermoset epoxies are used in various industrial applications due to their strong mechanical strength, stability, and chemical resistance. However, they cannot be reshaped, processed, or recycled once cured, leading to landfill waste or i

Section: Engineering Sciences (Research Project)
Related: Closed-loop recyclable Closed-loop recyclable and fast curing Epoxy mediated by covalent adaptable network Research Project › Engineering Sciences Thermally Resilient Thermally Resilient Polyester Covalent Adaptable Networks for Fiber-Reinforced Composites Research Project › Chemical Sciences
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