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Supercritical fluid injection into sub- and super-critical crossflow of different Mach numbers

Common states of matter are solid liquid and gas. However, at very high pressures and sufficiently high temperatures matter behaves like a gas with liquid like densities, called ‘supercritical state’. This state offers characteristics of high the

Section: Other Areas (Research Project)

Computational Exploration of Dual-Metal-Atom Catalytic Sites on Graphene for Efficient Hydrogenation: Insights into Electronic Structure, Stability, and Reactivity

Catalysts play a vital role in a wide array of chemical processes by lowering activation energies, enhancing reaction rates, and enabling the sustainable and economically viable production of chemicals. So, the development of high-performance catalys

Section: Chemical Sciences (Research Project)

Cyber-Resilient AI-based Fault identification Techniques in power networks with INverter-baseD resources (CRAFT-IND)

The global adoption of green renewable energy, primarily driven by Inverter-Based Resources (IBRs) like solar PV and wind, is reshaping power networks but also introducing serious vulnerabilities. Unlike conventional synchronous generators, IBRs inje

Section: Engineering Sciences (Research Project)

Rational Design and Development of Photo-Active Reagents for Diversified C–N Bond Forming Processes via Strategic Exploitation of N-Centered Radical Persistence

Nitrogenous compounds form the cornerstone of life on this planet. From basic building blocks of biomolecules, to complex materials around us, almost everything has Nitrogen, be it in the form of functionalities, heterocycles, or ions. With the adven

Section: Chemical Sciences (Research Project)

Structural basis for the mechano-induced surface charges on pharmaceutical crystals: Implications to dry powder inhalers

Rationale of the research and scientific gaps in the area: Origin of electrostatic surface charges in bulk pharmaceutical materials during handling and mechanized processes remains poorly understood, despite the wide spread prevalence of the issue in

Section: Chemical Sciences (Research Project)

Air-to-Fuel: Constructing Earth-Abundant Catalysts toward Closing the Anthropogenic CO2 Cycle

In our fossil fuel-dependent society, to fulfill the massive global energy demand of 1.62 EJ per day, about 25 million tons of coal, 97 million barrels of oil, and 11 billion m3 of natural gas are burnt every day releasing more than 40 billion tons (

Section: Chemical Sciences (Research Project)

Novel Role of Immunoregulatory ADAM17 in Senescence-Induced Human Vascular Endothelial Barrier Disruption and Impaired Repair: An In Vitro Study with Primary Cells and Predictive Modeling for Insights Unattainable by Wet-Lab Capabilities

Rationale of the research: Vascular endothelial senescence is a key pathological process and a major, independent risk factor for a spectrum of cardiovascular diseases (CVD) including atherosclerosis and hypertension, which are the most leading cause

Section: Life Sciences & Biotechnology (Research Project)

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Supercritical fluid injection into sub- and super-critical crossflow of different Mach numbers

Computational Exploration of Dual-Metal-Atom Catalytic Sites on Graphene for Efficient Hydrogenation: Insights into Electronic Structure, Stability, and Reactivity

Cyber-Resilient AI-based Fault identification Techniques in power networks with INverter-baseD resources (CRAFT-IND)

Rational Design and Development of Photo-Active Reagents for Diversified C–N Bond Forming Processes via Strategic Exploitation of N-Centered Radical Persistence

Structural basis for the mechano-induced surface charges on pharmaceutical crystals: Implications to dry powder inhalers

Air-to-Fuel: Constructing Earth-Abundant Catalysts toward Closing the Anthropogenic CO2 Cycle

Novel Role of Immunoregulatory ADAM17 in Senescence-Induced Human Vascular Endothelial Barrier Disruption and Impaired Repair: An In Vitro Study with Primary Cells and Predictive Modeling for Insights Unattainable by Wet-Lab Capabilities

Impact assessment for Multi-Modal Logistics Parks (MMLPs) under National Logistics Policy

Development of Advanced Non - Toxic Radiation Shielding Material from Tailored Brine Sludge

Additive Manufactured Zinc-Ion 3D-Microbatteries with Confined Electrolyte Architectures for All Climate Applications

विज्ञान एवं प्रौद्योगिकी विभाग

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