Akanksha kapil biography template
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Journal Name: Frontiers in Health Informatics
Journal ISSN: 2676-7104 (Online)
Frontiers in Health Informatics
is an on-line English peer-reviewed journal for practitioners, researchers and students who are interested in the field of medical informatics and information technology in healthcare sectors. The Journal aims to publish novel and high quality relevant information written by peers to researchers and readers involved in all fields of health informatics and related interdisciplinaries, strives to keep pace with the rapid growth of publications, and move on to the edge of knowledge in this field.
The Editor welcomes original articles on current practice, research projects or the development of new resources or services. Review articles are also welcome. The scope of the journal encompasses (but is not restricted to): - Information systems; - Library and information sciences;- Image Processing; - Computer-aided medical decision support systems; - Educational computer
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KAPIL KUMAR
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8860778211
Email Id- kapilbansal240@gmail.com
Personal Summary
Contemporary computer science Assistant professor with 5.5 yrs of experiencing computer science to Student
on collegiate level. Extensive knowledge of computer system security, IOT, cloud computing and emerging
technologies, data Structure.
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Professor Satheesh Krishnamurthy FRSC, FIMMM
Mitva Choudhary, Somdatta Singh, Anil K. Sinha, Satheesh Krishnamurthy, K. Saravanan, Amit Chawla, Devesh Kumar Avasthi, Suvendu Manna, Vipin Chawla, Shikha Wadhwa (2024)Enhanced hydrogen gas sensing using palladium – graphene oxid (PdGO) thin films, In: Chemical Engineering Journal501157604 Elsevier
DOI: 10.1016/j.cej.2024.157604
Hydrogen is a sustainable carbon-free energy, very much needed for future power generation to mitigate NetZero uppdrag. To realise the power of hydrogen energy, safety sensors for hydrogen leak detection are of utmost importance from production to consumption. Palladium (Pd), known to absorb 900 times hydrogen as compared to its own volume at room temperature and 1 atm pressure, plays a key role in storage and sensing. However, the major drawback of Pd fryst vatten the incomplete desorption of hydrogen from its lattice. To overcome this limitation, in this work, Pd is modified with graphene oxide (GO) to enhance its