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    • Division of Interdisciplinary Research
    • Centre for Nano Science and Engineering (CeNSE)
    • Browsing Centre for Nano Science and Engineering (CeNSE) by Title
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    Browsing Centre for Nano Science and Engineering (CeNSE) by Title

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    Now showing items 29-48 of 154

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      • Detection and Dynamics of Electron Bubbles in Liquid Helium-4 

        Pradhan, Dillip Kumar
        Liquid helium surfaces display fascinating phenomena resulting from the interaction be- tween helium atoms and excess electrons. These interactions are characterized by (i) a long-range attraction due to the finite ...
      • Development and application of multi-photon microscopy in neuroscience and nanoscience 

        Yadav, Saumitra
        Neuroscience is at crossroads. Several interdisciplinary optical developments centred around nonlinear optical processes helps in better understanding of brain function at sub-micron and millisecond precision. Traditional ...
      • Development and Characterization of Multi-finger GaN HEMT for Power switching applications 

        Baby, Rijo
        Power electronics is the branch that connects electricity and the world. Power devices play a significant role in reducing CO2 emissions and saving energy. As technology develops, the main focus is reducing energy consumption, ...
      • Development and Performance Evaluation of the Flapping Wing with In-situ Piezoceramic Actuator 

        Nagarajan, Bhuvana
        Unmanned Aerial Vehicles (UAV) are essentially automatic flight vehicles having dimensions, wingspan and airspeed, smaller than the conventional aerial vehicles. UAVs are employed widely in applications such as surveillance ...
      • Development of Cu-based Intermetallic Reflector Materials for Concentrated Solar Power Application 

        Alex, Sherine
        The growing demand for energy is an important issue for the existence and development of humankind. In order to reduce the impact of conventional energy sources on the environment, attention should be paid to the development ...
      • Development of High-Performance Piezoelectric Micromachined Transducers for Near Ultrasound 

        Gupta, Harshvardhan
        Near-ultrasound refers to sound with frequencies just above the range of human hearing, from about 18 to 40 kHz. This band is rarely used for typical ultrasound applications and is ignored for all except the most demanding ...
      • Development of Microsystem Platforms Towards Cancer Diagnostics and Therapeutics 

        Sri Harsha, Paladugu
        This thesis explores the development and application of microsystems to advance our understanding of disease biology. The overarching goal is to enhance diagnostic and therapeutic strategies through precise and physiologically ...
      • Development of Nanomaterials as Antioxidant Enzyme Mimetics for Cellular Redox Homeostasis 

        Singh, Namrata
        Nanomaterials possess a myriad of potential in various biomedical fields such as cancer diagnostics, biosensing, imaging, immunoassay, drug delivery and therapeutics etc. In particular, the ability of the nanozymes to ...
      • Development of Nanosensors and Microfluidics towards Raman Spectroscopic Applications 

        Nayak, Deepak Ranjan
        Surface Enhanced Raman Spectroscopy (SERS) has become a powerful method for detection of diverse analytes ranging from solution of picomolar concentration to single molecule and single cell analysis. The distinctive nature ...
      • Development of Photoactive and Photoelectroactive Nanomaterials for Water Remediation 

        Eswar, N Krishna Rao (2018-07-18)
        Water pollution has become an environmental catastrophe due to the rapid urbanization. The treatment of dumping of waste chemicals in water bodies has contributed to the increase in pollution. In addition to the pollution ...
      • Development of Piezoelectric Ultrasound Transducers for Novel Applications 

        Roy, Kaustav
        Ultrasound is a scientific miracle with its magical contributions in almost all the branches of modern-day technology. It all started with the discovery of the ‘piezoelectric effect’ by the Curie brothers, who demonstrated ...
      • Development of PZT Based PiezoMEMS for Fluid Property Sensing 

        Tiwari, Sudhanshu
        The research on Microelectromechanical Systems (MEMS) has resulted in several practical applications which have revolutionised the fi eld of sensors and actuators. Piezoresistive pressure sensors, capacitive micro-mirror ...
      • Diabetogenesis and Albumin Molecular Modifications Newer Biological Insights and Clinical Implications 

        Vaishnav, Madhumati Shrikrishna
        To address the many unmet scientific needs in diabetes care (pathogenesis pathways, earliest diagnosis, efficient monitoring, safer and better therapies and importantly prevention approaches), our research focussed on: (a) ...
      • Droplet Interface Oscillations using Electrowetting-on-Dielectric (EWOD) for Open-Chip Microfluidic Applications 

        Bansal, Shubhi
        Droplet manipulation on microfluidic platform has gained significant importance due to its applicability to various healthcare technologies, where larger equipment can be reduced to portable handheld systems based on ...
      • Droplet, Jets, and Leaky Surfaces 

        Modak, Chandantaru Dey
        Surface structuring on a micro-nano scale, combined with a low surface energy coating, leads to anti-wetting properties. Such surfaces also exhibit other properties such as self-cleaning, antifouling, bacteriostatic, drag ...
      • Dynamics of a Suspended Microchannel Resonator 

        Sharma, Samridh
        Micro-Electro-Mechanical-System (MEMS) mass sensing devices have a wide variety of applications in healthcare diagnostics and biosciences. Typically, mass sensing on a MEMS device works by physisorption and chemisorption ...
      • Electric Field Induced Phenomena: Mass Flow and Chemical Reaction-based Patterning 

        Sumit Kumar
        Numerous electric field induced phenomena have been studied, for long, at various length scales. In particular, a concentrated electric field applied across a conductor, or equivalently an electric current of very high ...
      • Electric Stimuli as Instructive Cues to Guide Cellular Differentiation on Electrically Conductive Biomaterial Substrates in vitro 

        Greeshma, T (2018-08-10)
        Directing differential cellular response by manipulating the physical characteristics of the material is regarded as a key challenge in biomaterial implant design and tissue engineering. In developing various biomaterials, ...
      • Electro-thermal Transport through Graphene & CNT at Nano-second Time Scales and its Implications on Device Reliability 

        Mishra, Abhishek
        The prospects of using Graphene and MWCNT as a channel material for RF transistors and interconnects, respectively, have recently garnered much attention. E orts are being made for improvements at the material and device ...
      • Electrochemical Biosensors based on Novel Receptors for Diabetes Management 

        Kumar, Vinay (2018-01-15)
        To address the challenge of accurate, low cost and robust biosensors for diabetes management and early detection of diabetes complications, we have developed novel, robust sensing chemistry (or receptors) for electrochemical ...

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