• Flexible electrochemical sensor for highly sensitive and selective non-enzymatic detection of creatinine via electrodeposited copper over polymelamine formaldehyde 

  Mehta, D.; Kafle, A.; Nagaiah, T.C. (2024-05-20)

  A non-enzymatic electrochemical biosensor was developed for highly sensitive detection of creatinine using copper nanoparticles supported over polymelamine formaldehyde. The synergy between the electrodeposited copper ...
• Exploring the interfacial molecular level behavior of biomacromolecules and nanomaterials using non-linear vibrational spectroscopy 

  Kaur, H. (2023-06-22)

  Biomolecular adsorption is an important process which arises over the surface of several different biomedical devices and sensing surfaces. Nanotechnology involves a rich study of materials with modified physico-chemical, ...
• Performance enhancement of wireless power transfer rectenna system for IoT applications 

  Kumar, M. (2023-06-22)

  The rapid growth of the Internet of Things (IoT) has led to an increased demand for monitoring various types of data for different applications, including home automation, smart cities, and industrial applications. ...
• Uav-assisted wireless communication system for on-demand coverage 

  Gupta, N. (2023-05-27)

  Unmanned aerial vehicles (UAVs) are thought to be the next-generation systems to enhance cellular coverage. The aerial nature of UAVs and their inherent characteristics, such as mobility, flexibility, and adaptive altitude, ...
• Power quality assessment of solar inverters connected with utility grid/micro-grid 

  Gupta, B.K. (2023-05-22)

  The Interface inverters arbitrate the network impedance based on the source characteristics for efficient solar energy harvesting. The wide impedance arbitration capability of the interface inverter defines the wide ...
• Experimental investigations on ColdSprayed Ti-based Coatings for bioImplant applications 

  Kumar, A. (2023-05-05)

  As per the published data, the orthopedic implant market is growing exponentially. The life of implants is expected to be up to 15-20 years, depending upon various factors such as gender, age, and patient's body mass ...
• Simulation and experimental studies on renewable energy-based building cooling systems 

  Singh, G. (2023-03-31)

  Continuous increase in the usage of refrigeration and air-conditioning systems, rapid depletion of conventional sources of fossil fuels, and environmental concerns, necessitate the research focus towards development of ...
• Droplet impact hydrodynamics on curved surfaces 

  Khurana, G. (2023-09-27)

  Droplet impact, dynamics, wetting, and spreading behavior on solid surfaces impose rich and interesting physics, in addition to extensive understanding of processed employing droplets and sprays. The physics and mechanisms ...
• Modified approaches to determine discharges indices using magnitude-frequency analysis 

  Maheshwari, S. (2023-06-22)

  Discharge indices such as effective discharge, fraction-load discharge, and functional-equivalent discharge are used to quantify the effectiveness of flow distribution in sediment transport through a river network. ...
• Numerical and experimental investigation of bone fracture behavior 

  Soni, A. (2023-06-22)

  Bone is one of the essential organs in the human body and performs many vital functions. The bone possesses unique material properties which enable it to perform its tasks of providing structure, safety, and mobility to ...
• Harnessing electroorganic synthesis for generation of valuable intermediates towards construction of diverse cyclic and acyclic scaffolds 

  Saha, D. (2023-06-20)

  Chapter 1: Introduction to Electroorganic Chemistry and Reactivity of Various Intermediates The development of diverse cyclic and acyclic scaffolds in a sustainable and step-economic manner has always been a paramount ...
• Engineering active sites in MOF, MOF-derived, and carbonbased materials for sustainable catalysis 

  Kar, A.K. (2023-06-20)

  The performance of functional materials towards a wide variety of applications can be significantly improved by introducing an optimum porosity. Thus, developing a new class of porous materials is advantageous as a ...
• Overcoming the limitations of radiofrequency ablation in treating early-stage hepatocellular carcinomas 

  Dhiman, M. (2023-06-20)

  Radiofrequency ablation (RFA) is a local and minimally invasive thermal therapy, used in the treatment of the hepatocellular carcinomas (HCCs) for last 30 years. Though the field of RFA has remained progressive since its ...
• Deterministic characteristics of cyclic combustion dynamics of conventional and advanced reciprocating engines 

  Singh, A. (2023-06-20)

  This work investigates the characteristics of cyclic combustion dynamics of lean/diluted SI, HCCI, and RCCI engines. Nonlinear dynamical and chaotic methods such as bifurcation diagrams, phase space reconstruction, ...
• Investigation of the role and regulation of RNA polymerase I transcription in cancer 

  Saproo, S. (2023-06-20)

  Aberrant transcription driven by oncogenic genetic lesions is central for malignant transformation. Among the three major classes of transcription, transcription of ribosomal RNA (rRNA) genes by RNA polymerase I (Pol I) ...
• Exploring the cellular plasticity and hypoxia mediated crosstalk in lung and breast tumors 

  Arora, L. (2023-06-20)

  Cellular plasticity and phenotypic heterogeneity is a vital feature of solid tumors, influenced by the tumor microenvironment. Uncovering the molecular signature and functional properties of different cellular phenotypes ...
• Device-free surveillance using non-imaging sensors in a sparsely populated outdoor environment 

  Choudhary, P. (2023-06-20)

  Surveillance is the process of continuously monitoring an area, a person, or a group of people for ongoing activity in order to gather meaningful information. Video-based surveillance (such as CCTV cameras) is the most ...
• Performance and trust driven scheduling in heterogeneous fog networks 

  Kaur, A. (2023-06-20)

  Fog computing delivers cloud-like facilities (using cloudlets or fog devices) at the network edge. It provides computing services with ultra-low-latency access, yielding highly responsive computing services to user ...
• Energy-efficient computation offloading and caching in vehicular networks 

  Sethi, V. (2023-06-20)

  Connected Autonomous Vehicles (CAVs) have been considered as a promising technology that provides various smart transportation applications such as autonomous driving, traffic flow prediction, smart authentication systems, ...
• QoS-based traffic management in software-defined networking 

  Kamboj, P. (2023-06-20)

  The emergence of new applications, such as online gaming, video conferencing, and virtual reality necessitates the underlying network to be capable of fulfilling high bandwidth and low latency requirements. Growth in ...

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