Dr. Rama Chandra Muduli
FERTIS India Group, National Institute of Technology Rourkela, C V Raman Global University
0000-0001-9793-9417
About
I have experience in fabricating Si nanostructures (SiNSs) by various top-down approaches such as anodization (for Porous Silicon) and metal-assisted chemical etching (for SiNWs, PSiNW), Si substrate (wafer) for storage (hydrogen, Lithium-ion battery), and gas sensor devices. I also have experience in the mechanical alloying various hydrogen storage materials with SiNSs for energy storage applications. The scope of the research target is broad, and efforts are underway to develop functional materials that can achieve high efficiency in both energy conversion and energy storage. We are engaged in research and development aimed at enhancing diverse functional materials and alloys. This involves elucidating the reaction mechanisms for "hydrogen storage materials," "electrode materials for batteries," and "hydrogen storage alloys designed to efficiently store compress hydrogen gas."
Employment
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FERTIS India Group Scientist2025 - Present
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National Institute of Technology Rourkela PHD SCHOLAR2020 - Present
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C V Raman Global University Junior Research Fellow2018 - 2018
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (16)
- Advanced materials for solid-state hydrogen storage: A review on high-surface-area innovations Save
- Sorption properties of nanostructured ball-milled porous silicon for solid-state hydrogen storage up to 80 bar Save
- Interface Engineering via Metal-coating of Silicon Nanostructured Thin Films for Reducing Anode Pulverization Save
- Prediction of hydrogen storage in metal hydrides and complex hydrides: A supervised machine learning approach Save
- Decoding Hydrogen Desorption Kinetics in Porous Silicon: An Electrical Circuit Modeling Approach Save
- Synergistic integration of nickel, porous silicon, and thermally reduced graphene oxide for solid‐state hydrogen energy storage Save
- Investigating reversible hydrogen storage and performance of porous Si by kinetic study and pressure composition isotherms at up to 20 bar Save
- Thermodynamic improvement of lithium hydrides for hydrogen absorption and desorption by incorporation of porous silicon Save
- Enhancing the solid-state hydrogen storage properties of lithium hydride through thermodynamic tuning with porous silicon nanowires Save
- Synergetic effect of porous silicon–Nickel composite on its solid-state hydrogen energy storage properties Save