Development of Nanostructured Higher Manganese silicide-based Thermoelectric Power Generators to harvest the waste heat from car exhausters
Other
Role: Principal InvestigatorGrant: SG-167
Fabrication of Nano-structured MnSid/Si based Segmented Thermoelectric Devices: Towards Low–cost and Eco-Friendly Power Generators by recovering waste heat from car exhausters and power plants
Completed
Role: Principal Investigator
Investigation on Ni-Mn-In based Heusler Alloys for Low-field and Room-temperature Magnetic Refrigeration
UniversitySRM Institute of Science and Technology
Year2023
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Investigation of Ternary Metal Chalcogenides for Intermediate Temperature Thermoelectric Applications
UniversitySRM Institute of Science and Technology
Year2023
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Nanostructured Higher Manganese Silicides: Towards Low-cost and High-performance Thermoelectric Power Generation
UniversitySRM Institute of Science and Technology
Year2023
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Scholarly Publications
Thermoelectric properties of iso-valent Bi substituted n-type Ti2NiCoSnSb high entropy alloys