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2995 result(s) found
Separation of active particles in microfluidic channels

The constrained motion of particles is ubiquitous in ion channels, nanopores, and sub-cellular level processes. The uneven shape of these structures regulates the transport of particles exhibiting peculiar properties. Many biological microorganisms a

Section: Physical Sciences (Research Project)
Related: Lab-on-chip microfluidic Lab-on-chip microfluidic separation and plasmonic detection of blood borne biomolecules: An integrated device development and demonstration Research Project › Life Sciences & Biotechnology Multiscale modelling Multiscale modelling of complex systems: phase separation in active matter, thermal transport in vdW hetero structures and electrical properties of confined water Research Project › Physical Sciences Structured Resin-printed Structured Resin-printed Electrode-integrated Active Microfluidic Chip (StREAM-Chip) for Flow Control and Particle/Droplet Manipulation Research Project › Engineering Sciences Manipulation of Manipulation of Particles in Microchannels for Point-of-care Diagnostic Devices Research Project › Medical Sciences Study of Study of cancer cell mechanics by means of compound droplet modelling in microfluidic systems Research Project › Engineering Sciences
Development of Composition Tolerant Reusable Aluminium Alloys by Recycling Metallic Waste

Metals and alloys are often claimed to be fully recyclable in the sense that they can be recollected, sorted, and remelted into new products. The constraint of making new alloys from scraps or mixing of scraps with primary metals affects recycling du

Section: Material Sciences (Research Project)
Related: Waste Treating Waste Treating Waste: Electrochemical upcycling of plastics by recycled battery material as anode Research Project › Engineering Sciences Production of Production of aviation fuels from mixed plastic waste using heterogeneous nanoalloy/silica catalysts Research Project › Chemical Sciences
Mathematical Modelling of gas based MIDREX shaft reactor with experimental exploration of final stage reduction reaction of iron ore with Hydrogen

The energy demand in the steel sector is dominated by coal and accounts for 42% of carbon emissions in the industrial sector. Shifting from predominantly a coal-based reduction to the gas-based reductions of iron ores, with increasing proportion of H

Section: Engineering Sciences (Research Project)
Utilization of marble waste to develop cost-effective sustainable buildings products

Objective: To develop the formulation for mosaic/concrete tiles (flooring/wall) and paver blocks; To develop the formulation for Autoclaved aerated concrete; Scale up of the developed proccess up to pilot level Summary: Marble is a metamorphic rock r

Section: Engineering Sciences (Research Project)
Related: Development of Development of an efficient and cost-effective process for production of Caffeine and Tannis from Tea Waste Research Project › Chemical Sciences End-of-Life Tires End-of-Life Tires and Sugarcane Bagasse Waste to Develop Vibration Isolation Panels for Vibrational, Acoustical, and Multifunctional Applications Research Project › Engineering Sciences To develop To develop aquatic weed and floral waste biorefinery for bioethanol production Research Project › Energy Sciences Evaluating the Evaluating the Feasibility of Sustainable Landfill Cover Materials Derived from Industrial By-Products and Recycled Waste: Laboratory and Field Tests for Slope Stability and Long-Term Performance Research Project › Engineering Sciences Use of Use of CRISPR Cas9 technology for making methanol tolerant engineered Escherichia coli and Utilization of waste crude glycerol for the production of alka(e)nes. Research Project › Life Sciences & Biotechnology
Design and Development of Energy-Efficient Neuromorphic Hardware Prototype for Blind Source Separation of Multiple Fault Signals in High-Voltage Cables for Condition Monitoring and Fault Classification: Toward Edge-Centric Grid Intelligence

High-voltage cable failures cause economic losses and threaten grid stability. The current diagnostic methods require multiple distributed sensors, centralized processing, and continuous high-bandwidth communication, making them cost-prohibitive for

Section: Engineering Sciences (Research Project)
Analyzing the Effect of High-Speed Rail on Quality of Life, Business Networks, and Regional Economy along the Delhi – Ahmedabad and Delhi – Varanasi Corridors

High-speed rail (HSR) networks are crucial drivers in developing polycentric megaregions characterized by multiple interconnected metropolitan areas. These regions are formed by the functional integration of multiple cities and towns around one or mo

Section: Engineering Sciences (Research Project)
Standardized Analytical Framework for Food Adulteration Detection Using Interfacial Science

This research proposal aims to develop a standardized analytical framework for detecting food adulteration in milk and honey by leveraging principles of interfacial and colloid science. Milk and honey are highly susceptible to economically motivated

Section: Engineering Sciences (Research Project)
Related: A point A point of use sensor system for trace detection of antibiotics: Nitrofurantoin and Chloramphenicol in food and water Research Project › Engineering Sciences Development of Development of green and sustainable nanobiosensor technology for the diagnosis of H. Pylori. Research Project › Life Sciences & Biotechnology Enhancing Micro-EDM Enhancing Micro-EDM Precision with ML-Based Prediction and High-Fidelity Plasma Modeling Research Project › Engineering Sciences
Utilizing Molecular Metal Complex Based Piezocatalysis for Carbon Dioxide Removal

This proposal aims at developing a new generation of economical, biodegradable discrete molecular piezocatalysts to enable efficient capture and conversion of harmful atmospheric CO₂ into sustainable fuels and value-added chemicals through carbon d

Section: Chemical Sciences (Research Project)
Related: Development of Development of novel metal complex-based nano-porous materials for utilization of carbon dioxide into value-added products Research Project › Chemical Sciences Mathematical multiscale Mathematical multiscale modeling and simulation of the conversion of carbon dioxide (CO₂) to methanol in a catalytic mixed-matrix membrane reactor for efficient CO₂ capture and utilization. Research Project › Energy Sciences Carbon Dioxide Carbon Dioxide Enabled Bisfunctionalization of Alkenyl Amines using First-row Transition Metals: Sustainable Access to Functionalized Amines and Diverse Heterocycles Research Project › Chemical Sciences Engineering of Engineering of 2d-Transition Metal oxides for Integrated Carbon Capture and Utilization Research Project › Engineering Sciences Mitigation of Mitigation of Green House gas with Electrical discharge based plasma catalysis approach utilizing industrial wastes Research Project › Engineering Sciences
Tailoring Broadband Metamaterial Absorbers for Ultra-High Resolution Imaging at Terahertz Frequencies

Terahertz imaging is a rapidly growing field with applications in diverse areas, including quality control in industries, medical imaging, non-destructive testing, and security screening. The primary challenge in THz imaging is achieving imaging cont

Section: Engineering Sciences (Research Project)
Chemo-Catalytic Conversion of Cellulose to Platform Chemicals

To support the ever-increasing population, a proportionate amount of energy and commodity chemicals is necessary. Most of the fuel and the majority of essential commodity chemicals are manufactured from fossil fuels such as coal, natural gas, petrole

Section: Chemical Sciences (Research Project)
Related: Novel catalytic Novel catalytic conversion of chitin biomass to furanics and levulinates via 5-(acetoxymethyl)furfural for a shell biorefinery Research Project › Chemical Sciences Waste to Waste to Value-Added Chemicals: An One-Pot One-Step Strategy for the Pincer-Ruthenium and Pincer-Iron Catalyzed Transformation of Glycerol Selectively to Lactic Acid Along with a Tandem Conversion of Carbon Dioxide to Formic Acid Research Project › Chemical Sciences 13C Fluxomics 13C Fluxomics integrated with Genome-transcriptome-secretome-metabolome and bioprocessing for the development of Thermobifida fusca into a robust cell factory for industrial CAZymes and platform chemicals Research Project › Life Sciences & Biotechnology Single step’ Single step’ Conversion of CO₂ from Thermal Power Plant Exhaust to Dimethyl Ether Research Project › Chemical Sciences Heterogeneous catalysis Heterogeneous catalysis in complex reaction environments to produce biorenewable chemicals: Understanding fundamental challenges towards commercialization Research Project › Engineering Sciences
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