results 397-408 of 557
Development of Accelerated Mix-design approach for base materials treated with calcium-based stabilizers using miniature specimens
10/08/2023
Inventors: Sayantan Chakraborty
The objective of this project is to refine and implement an innovative Accelerated Mix-design methodology for the enhancement of base materials treated with calcium-based stabilizers through the utilization of miniature specimens. This approach aims to streamline and expedite the development phase of these materials, facilitating more efficient testing and analysis...
The objective of this project is to refine and implement an innovative Accelerated Mix-design methodology for the enhancement of base materials treated with calcium-based stabilizers through the utilization of miniature specimens. This approach aims to streamline and expedite the development phase of these materials, facilitating more efficient testing and analysis procedures. By focusing on the use of miniature specimens, which allows for quicker assessments and optimization, this research seeks to ensure the practicality and viability of such treated base materials in various engineering applications where stability and durability are key requirements. (Civil Engineering)
Study of the conversion of Agricultural residues to catalysts for renewable Energy source production
11/03/2021
Inventors: Banasri Roy
The research focuses on exploring the process of converting agricultural residues into catalysts, which are essential for powering renewable energy sources. By investigating this conversion method, scientists aim to develop sustainable solutions for enhancing energy production through the utilization of bio-based resources. This study not only addresses the problem of...
The research focuses on exploring the process of converting agricultural residues into catalysts, which are essential for powering renewable energy sources. By investigating this conversion method, scientists aim to develop sustainable solutions for enhancing energy production through the utilization of bio-based resources. This study not only addresses the problem of waste management in the agricultural sector but also contributes to the advancement of renewable energy technology by providing a valuable alternative to traditional energy sources. The findings from this research have the potential to revolutionize the way we generate energy and promote a greener and more environmentally friendly future. (Chemical Engineering)
Rapid Low dose fluorescent AIE-based detection of renal dysfunction from urine samples and fabrication of portable and real time device
12/02/2021
Inventors: I R Laskar, Syamantak Majumder
Rapid detection of renal dysfunction from urine samples is achieved through the use of a cost-effective fluorescent system known as aggregation-induced emission (AIE). This innovative approach not only provides quick results but also allows for the fabrication of portable and real-time devices for on-the-go monitoring. By harnessing the unique properties...
Rapid detection of renal dysfunction from urine samples is achieved through the use of a cost-effective fluorescent system known as aggregation-induced emission (AIE). This innovative approach not only provides quick results but also allows for the fabrication of portable and real-time devices for on-the-go monitoring. By harnessing the unique properties of AIE, this method enhances the efficiency and accuracy of diagnosing renal issues, leading to timely interventions and improved patient outcomes. The development of such compact and user-friendly devices represents a significant advancement in healthcare technology, making renal health assessment more accessible and convenient for individuals of all backgrounds. (Chemistry)
Development of graphene/graphite encapsulated high thermal conductivity heat sinks
12/07/2023
Inventors: Chennu Ranganayakulu, A R Harikrishnan
The process entails the innovative and advanced creation of heat sinks that are designed with a coating made of graphene or graphite to enhance their thermal conductivity, facilitating efficient heat dissipation. This encapsulation technique contributes to improving the overall performance and reliability of electronic devices by effectively managing and reducing...
The process entails the innovative and advanced creation of heat sinks that are designed with a coating made of graphene or graphite to enhance their thermal conductivity, facilitating efficient heat dissipation. This encapsulation technique contributes to improving the overall performance and reliability of electronic devices by effectively managing and reducing heat accumulation, making it an essential and forward-looking solution for optimizing thermal management in various applications. (Mechanical Engineering)
Future Medicine: Contactless Health Vitals Measurement- A Pilot Implementation and Evaluation of a Contactless Health Vital Measurement System along with a Federated Data Infrastructure in the Context of Telemedicine
12/07/2023
Inventors: Tanmaya Mahapatra, Amitesh Singh Rajput
In the field of future medicine, an innovative pilot implementation and evaluation have been conducted to assess a groundbreaking Contactless Health Vitals Measurement system. This system is designed to revolutionize the way health vital measurements are obtained, especially in the context of telemedicine. The evaluation process also involves the integration...
In the field of future medicine, an innovative pilot implementation and evaluation have been conducted to assess a groundbreaking Contactless Health Vitals Measurement system. This system is designed to revolutionize the way health vital measurements are obtained, especially in the context of telemedicine. The evaluation process also involves the integration of a sophisticated Federated Data Infrastructure, paving the way for seamless information sharing and enhanced healthcare delivery. The aim of this project is to explore the potential benefits and feasibility of adopting such cutting-edge technology in the healthcare industry to improve patient care and outcomes. (CS&IS)
Rendering Software Consultancy Services for 5G Cellular OTA Scanner to Hughes’ Office in Gurgaon
12/08/2021
Inventors: Sandeep Joshi
Rendering thorough and specialized software consultancy services tailored specifically for the implementation of 5G Cellular OTA Scanner technology at Hughes’ office located in Gurgaon. Our expert team will provide comprehensive support and guidance throughout the entire process, ensuring seamless integration and optimal performance of the system. With a strong focus...
Rendering thorough and specialized software consultancy services tailored specifically for the implementation of 5G Cellular OTA Scanner technology at Hughes’ office located in Gurgaon. Our expert team will provide comprehensive support and guidance throughout the entire process, ensuring seamless integration and optimal performance of the system. With a strong focus on understanding the unique requirements and challenges of the project, we guarantee efficient solutions that align perfectly with Hughes’ objectives and expectations. Our commitment to delivering top-quality services and fostering a collaborative partnership sets us apart as the ideal choice for this critical endeavor. (EEE)
Design And Evaluation of a Lowcost Lab-On-Chip Non-Invasive Device For Diagnosis of Psoriasis Skin Disorder: Investigation of Skin Elasticity in Psoriatic Disease Condition and Correlation with Treatment Efficacy of Designed Nanoformulations
13/01/2022
Inventors: Gautam Singhvi, Venkatesh K P
The study focuses on developing and testing an affordable lab-on-chip noninvasive device specifically tailored for diagnosing Psoriasis, a common skin disorder. The primary aim is to analyze skin elasticity within the context of psoriatic disease, exploring its potential correlation with the effectiveness of new nanoformulations designed for treatment. Through the...
The study focuses on developing and testing an affordable lab-on-chip noninvasive device specifically tailored for diagnosing Psoriasis, a common skin disorder. The primary aim is to analyze skin elasticity within the context of psoriatic disease, exploring its potential correlation with the effectiveness of new nanoformulations designed for treatment. Through the design and evaluation of this innovative device, the research aims to contribute valuable insights into improving diagnostic methods and treatment outcomes for individuals with Psoriasis. (Pharmacy)
Exploring epigenetic regulation of Shelterin proteins and their role in Cardiovascular Diseases
13/11/2023
Inventors: Syamantak Majumder
In this study, we plan to investigate the intricate mechanisms of epigenetic regulation controlling Shelterin proteins, elucidating their pivotal role in the development and progression of Cardiovascular Diseases. This research aims to uncover how epigenetic modifications impact Shelterin proteins and the intricate signaling pathways involved in contributing to cardiovascular health...
In this study, we plan to investigate the intricate mechanisms of epigenetic regulation controlling Shelterin proteins, elucidating their pivotal role in the development and progression of Cardiovascular Diseases. This research aims to uncover how epigenetic modifications impact Shelterin proteins and the intricate signaling pathways involved in contributing to cardiovascular health or pathology. By exploring this dynamic interplay, we hope to unveil novel insights that could potentially revolutionize our understanding of Cardiovascular Diseases and pave the way for innovative therapeutic strategies targeting epigenetic regulation of Shelterin proteins. (Biological Sciences)
Age Invariant Automatic Speech Recognition
13/02/2023
Inventors: Kamlesh Tiwari, Ashutosh Bhatia
Age Invariant Automatic Speech Recognition technology aims to create systems capable of understanding and transcribing speech accurately regardless of the speaker's age, thereby eliminating age-related biases and improving accessibility for all age groups. This innovative approach represents a significant step forward in the field of speech recognition, as it opens...
Age Invariant Automatic Speech Recognition technology aims to create systems capable of understanding and transcribing speech accurately regardless of the speaker's age, thereby eliminating age-related biases and improving accessibility for all age groups. This innovative approach represents a significant step forward in the field of speech recognition, as it opens up new possibilities for seamless communication, personalized language assistance, and enhanced user experiences across various products and services. By focusing on age invariance, these systems not only enhance accuracy and efficiency but also promote inclusivity and diversity, reflecting a commitment to leveraging technology for positive societal impact. (CS&IS)
Evaluation of Synergistic Potential of Olanzepine and Bosewallic Acid and Designing of their Combinational Transdermal Patch against Pancreatic Cancer induced Cachexia
13/03/2023
Inventors: Richa Shrivastava, Gautam Singhvi
The study aims to thoroughly evaluate the synergistic potential of combining Olanzepine and Bosewallic Acid in order to design an effective combinational transdermal patch targeted against Pancreatic Cancer-induced Cachexia. Through this research, the focus will be on creating a novel therapeutic approach that can potentially address the debilitating effects of...
The study aims to thoroughly evaluate the synergistic potential of combining Olanzepine and Bosewallic Acid in order to design an effective combinational transdermal patch targeted against Pancreatic Cancer-induced Cachexia. Through this research, the focus will be on creating a novel therapeutic approach that can potentially address the debilitating effects of Cachexia, a common complication associated with Pancreatic Cancer. By exploring the interactions between these two compounds and their delivery through a transdermal patch, the ultimate goal is to provide a promising treatment option that could significantly improve the quality of life for patients facing this challenging condition. (Pharmacy)
Design and Development of Synthetic Industrial methods to access Chiral drugs
13/08/2019
Inventors: Indresh Kumar
The design and development of innovative synthetic industrial methods for efficiently accessing and refining chiral drugs have become integral in the pharmaceutical field. By optimizing chemical processes and leveraging cutting-edge technology, researchers strive to produce high-quality pharmaceutical products that are crucial for improving healthcare outcomes worldwide. This continuous effort to...
The design and development of innovative synthetic industrial methods for efficiently accessing and refining chiral drugs have become integral in the pharmaceutical field. By optimizing chemical processes and leveraging cutting-edge technology, researchers strive to produce high-quality pharmaceutical products that are crucial for improving healthcare outcomes worldwide. This continuous effort to enhance drug synthesis techniques aims to not only meet the growing demand for diverse medications but also to ensure the purity and effectiveness of chiral drugs, ultimately benefiting patients and advancing the field of pharmaceutical science. (Chemistry)
Creeping Flow Past a Swarm of Porous Elliptic Cylindrical Particles
14/01/2022
Inventors: Ashish Tiwari
In this specific scenario, the flow of fluid is depicted in a gradual manner as it moves past a tightly clustered group of elliptically shaped cylindrical particles that possess a porous quality. The particles, arranged closely together, influence the flow dynamics, leading to intricate patterns of movement and interaction within...
In this specific scenario, the flow of fluid is depicted in a gradual manner as it moves past a tightly clustered group of elliptically shaped cylindrical particles that possess a porous quality. The particles, arranged closely together, influence the flow dynamics, leading to intricate patterns of movement and interaction within the fluid as it navigates around the protruding shapes of the porous elliptic cylinders. (Mathematics)
An Institute of Eminence
