results 661-672 of 704
The Research for Energy Saving Systems- Development of all Electric/more Electric Environment Control System for Fighter Aircraft
31/01/2023
Inventors: Chennu Ranganayakulu, Suvanjan Bhattacharyya
The Research for Energy Saving Systems- Development of all Electric/more Electric Environment Control System for Fighter Aircraft aims to revolutionize the aviation industry by implementing cutting-edge technology designed to enhance efficiency, reduce fuel consumption, and minimize environmental impact. This innovative project seeks to optimize the performance of fighter aircraft through...
The Research for Energy Saving Systems- Development of all Electric/more Electric Environment Control System for Fighter Aircraft aims to revolutionize the aviation industry by implementing cutting-edge technology designed to enhance efficiency, reduce fuel consumption, and minimize environmental impact. This innovative project seeks to optimize the performance of fighter aircraft through the integration of advanced electric systems, leading to improved capabilities in environment control and energy management. By forging new pathways in aeronautical engineering, this initiative promises to propel the development of sustainable solutions that will shape the future of air combat dynamics and propel the next generation of fighter jets to unprecedented levels of performance and sustainability. (Mechanical Engineering)
Development of a Real Time Crop Advisory System Exploiting Nanotechnology based Nitrogen Sensor with Internet of Farming (IoF) Framework
31/03/2021
Inventors: Puneet Mishra, Hitesh Datt Mathur
The development of a real-time crop advisory system that leverages nanotechnology-based nitrogen sensors integrated within an Internet of Farming (IoF) framework is an innovative approach to revolutionizing agricultural practices. Using cutting-edge technology, this system aims to provide farmers with up-to-the-minute data on crop health and nutrient levels, thereby optimizing productivity...
The development of a real-time crop advisory system that leverages nanotechnology-based nitrogen sensors integrated within an Internet of Farming (IoF) framework is an innovative approach to revolutionizing agricultural practices. Using cutting-edge technology, this system aims to provide farmers with up-to-the-minute data on crop health and nutrient levels, thereby optimizing productivity and sustainability in the agricultural sector. By combining nanotechnology with IoT capabilities, this solution offers a comprehensive tool for precision agriculture, allowing for efficient resource management and informed decision-making. This advanced platform holds great promise for enhancing crop management practices and driving agricultural efficiency into the future. (EEE)
Preparation of District Environmental Plan (DEMP), Dist. Jhunjhunu
31/03/2021
Inventors: Ajit Pratap Singh
The preparation of the District Environmental Plan (DEMP) for Dist. Jhunjhunu involves conducting thorough research on the region's environmental characteristics, assessing potential risks and challenges, and formulating sustainable strategies to promote conservation and responsible development practices. This comprehensive planning process includes engaging with local stakeholders, consulting expert agencies, and incorporating...
The preparation of the District Environmental Plan (DEMP) for Dist. Jhunjhunu involves conducting thorough research on the region's environmental characteristics, assessing potential risks and challenges, and formulating sustainable strategies to promote conservation and responsible development practices. This comprehensive planning process includes engaging with local stakeholders, consulting expert agencies, and incorporating community feedback to ensure that the DEMP effectively addresses the unique environmental priorities and concerns of Dist. Jhunjhunu. By prioritizing environmental protection and resource management in the planning and implementation of the DEMP, we aim to foster a harmonious balance between development initiatives and ecological preservation for the long-term benefit of the region and its inhabitants. (Civil Engineering)
Contemporary Earthquake Potential Analysis along the Central and Nepal Himalaya
04/01/2021
Inventors: Sumanta Pasari
In this study, we focus on conducting a detailed analysis of the potential for contemporary earthquakes specifically in the central and Nepal Himalaya regions. By utilizing cutting-edge techniques and data, our research aims to provide valuable insights into the seismic risk in these areas, contributing to a better understanding of...
In this study, we focus on conducting a detailed analysis of the potential for contemporary earthquakes specifically in the central and Nepal Himalaya regions. By utilizing cutting-edge techniques and data, our research aims to provide valuable insights into the seismic risk in these areas, contributing to a better understanding of earthquake hazards and improving measures for disaster preparedness and mitigation. Through an exploration of the seismic activity along the Himalayan belt, we seek to identify crucial factors that contribute to earthquake occurrence, ultimately enhancing our ability to assess and address seismic threats in this important geological region. (Mathematics)
DNA duplex stability: Effect of salt concentration and cation valency
04/01/2023
Inventors: Navin Singh
The stability of a DNA duplex can be influenced by various factors, including salt concentration and the valency of cations present. This means that the effectiveness of the DNA structure in maintaining its double-stranded form can be affected by the type and amount of salts and cations in the surrounding...
The stability of a DNA duplex can be influenced by various factors, including salt concentration and the valency of cations present. This means that the effectiveness of the DNA structure in maintaining its double-stranded form can be affected by the type and amount of salts and cations in the surrounding environment. Understanding how salt concentration and cation valency impact DNA stability is crucial for research in molecular biology and biotechnology, as it can provide insights into how to optimize conditions for DNA-based experiments and applications. By exploring these factors, researchers can better comprehend the intricate mechanisms governing DNA interactions and behavior in different environments. (Physics)
Study Of Renewable Photocatalytic Water Splitting For Hydrogen Generation And Storage In Hydrogen Fuel Cell
04/01/2023
Inventors: Debashis Bandyopadhyay
Research is being conducted on the innovative method of renewable photocatalytic water splitting, which aims to facilitate efficient hydrogen generation. The generated hydrogen is intended for storage in hydrogen fuel cells, a clean and sustainable energy storage solution. This study delves into the intricate process of capturing solar energy to...
Research is being conducted on the innovative method of renewable photocatalytic water splitting, which aims to facilitate efficient hydrogen generation. The generated hydrogen is intended for storage in hydrogen fuel cells, a clean and sustainable energy storage solution. This study delves into the intricate process of capturing solar energy to split water molecules, resulting in the production of hydrogen gas. The stored hydrogen can then be utilized in fuel cells to generate electricity for various applications, indicating a promising avenue for advancing renewable energy technologies and mitigating environmental impact. (Physics)
Specific Generation And System Identification Of Environmental Control System Based On Requirement Analysis And System Modelling
04/10/2021
Inventors: Chennu Ranganayakulu, Suvanjan Bhattacharyya
The precise identification of a particular generation and system within the environmental control system is achieved through a comprehensive analysis of the requirements and meticulous system modeling. This process involves a thorough examination of the environmental control system's components and functionalities to determine the most suitable generation and system configuration...
The precise identification of a particular generation and system within the environmental control system is achieved through a comprehensive analysis of the requirements and meticulous system modeling. This process involves a thorough examination of the environmental control system's components and functionalities to determine the most suitable generation and system configuration based on specific criteria. By analyzing requirements and creating detailed system models, this approach ensures that the environmental control system is appropriately designed and aligned with the desired specifications. Through this systematic methodology, the environmental control system can be effectively optimized to meet operational needs and regulatory standards, enhancing overall performance and efficiency. (Mechanical Engineering)
Development Of New Symmetrical Phthalonitrile Resins As High Performance Thermosets
04/12/2022
Inventors: Indresh Kumar
The research involves the innovative advancement of novel symmetrical phthalonitrile resins, aimed at creating cutting-edge high-performance thermosets. This groundbreaking work focuses on designing and synthesizing these new resins tailored to exhibit superior properties, making them highly promising materials for various industrial applications. Through meticulous experimentation and analysis, the project aspires...
The research involves the innovative advancement of novel symmetrical phthalonitrile resins, aimed at creating cutting-edge high-performance thermosets. This groundbreaking work focuses on designing and synthesizing these new resins tailored to exhibit superior properties, making them highly promising materials for various industrial applications. Through meticulous experimentation and analysis, the project aspires to contribute to the development of futuristic thermoset materials that offer exceptional durability, strength, and thermal stability. By reimagining traditional resin formulations with enhanced symmetry, the goal is to pave the way for next-generation thermosetting polymers that redefine standards in the field of advanced materials science. (Chemistry)
Building A Nature Intelligence Platform, A Repository Of Novel Species Of Microbes Found In The Extreme Climatic Regions Through The Application Of Novel Biotechnological Tools
04/12/2023
Inventors: Paul Atish Tulshiram
By establishing a Nature Intelligence Platform, we aim to create a comprehensive repository that houses unique species of microbes discovered in the most challenging climatic environments. This endeavor involves harnessing innovative biotechnological techniques to uncover and document the diverse array of microorganisms thriving in extreme conditions. Our focus is on...
By establishing a Nature Intelligence Platform, we aim to create a comprehensive repository that houses unique species of microbes discovered in the most challenging climatic environments. This endeavor involves harnessing innovative biotechnological techniques to uncover and document the diverse array of microorganisms thriving in extreme conditions. Our focus is on curating a valuable resource that showcases the untapped potential of these microbial communities and their role in shaping ecosystems. Through this platform, we seek to advance scientific knowledge, promote biodiversity conservation, and explore the practical applications of these newfound biological treasures. (Pharmacy)
Big Data Management and Privacy Preservation for Wearable Biosensor Data in Healthcare Monitoring Using Feature Vector Store And Federated Deep Learning
04/03/2022
Inventors: Kamlesh Tiwari, Ashutosh Bhatia
In the realm of healthcare monitoring, the overarching aim is to strike a balance between efficient Big Data Management and robust Privacy Preservation for Wearable Biosensor Data. This delicate dance is achieved through the innovative use of Feature Vector Store and cutting-edge Federated Deep Learning techniques. By incorporating these tools...
In the realm of healthcare monitoring, the overarching aim is to strike a balance between efficient Big Data Management and robust Privacy Preservation for Wearable Biosensor Data. This delicate dance is achieved through the innovative use of Feature Vector Store and cutting-edge Federated Deep Learning techniques. By incorporating these tools into the system, the data derived from wearable biosensors can be effectively analyzed and utilized in a secure manner. With a focus on managing the large influx of data generated, while also safeguarding the privacy of individuals, these advancements pave the way for enhanced healthcare monitoring solutions. (CS&IS)
Understanding Hyperglycemia Induced Metabolic Alterations In Pancreatic Cancer Cells And Its Regulation By Specific Long Non Coding RNAs
04/07/2023
Inventors: Rajdeep Chowdhury, Shibasish Chowdhury
In this study, we aim to explore the metabolic changes that occur in pancreatic cancer cells due to hyperglycemia, with a particular focus on how specific long non-coding RNAs play a role in regulating these alterations. By understanding the mechanisms underlying these metabolic shifts, we hope to elucidate potential therapeutic...
In this study, we aim to explore the metabolic changes that occur in pancreatic cancer cells due to hyperglycemia, with a particular focus on how specific long non-coding RNAs play a role in regulating these alterations. By understanding the mechanisms underlying these metabolic shifts, we hope to elucidate potential therapeutic targets for pancreatic cancer treatment. Our research seeks to uncover the intricate relationship between hyperglycemia, metabolic dysregulation, and the influence of long non-coding RNAs on the progression of pancreatic cancer. Through these investigations, we strive to contribute valuable insights to the field of cancer biology and potentially improve treatment outcomes for patients with this challenging disease. (Biological Sciences)
Construction of p-n Junction Photoelectrodes for Promoted Photoelectrochemical Performance
04/09/2023
Inventors: Mrinmoyee Basu
The construction process involved in creating p-n Junction photoelectrodes is crucial for enhancing the overall photoelectrochemical performance of the system. By carefully designing and assembling these specialized photoelectrodes, researchers have successfully promoted the efficiency and effectiveness of the photoelectrochemical reactions that occur within the setup. High-quality materials and precise manufacturing...
The construction process involved in creating p-n Junction photoelectrodes is crucial for enhancing the overall photoelectrochemical performance of the system. By carefully designing and assembling these specialized photoelectrodes, researchers have successfully promoted the efficiency and effectiveness of the photoelectrochemical reactions that occur within the setup. High-quality materials and precise manufacturing techniques are key factors in achieving optimal performance levels in the production and utilization of these specialized photoelectrodes. Through continuous advancements in construction methods and materials selection, the potential for further enhancing the overall photoelectrochemical performance of p-n Junction photoelectrodes is continuously expanding. (Chemistry)
