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

All Publications

Recent advances on graphitic carbon nitride-based homojunction as effective photocatalysts for energy and environmental remediation by Balakrishnan A., Chinthala M., Kumar A., Dayanandan N., Trivedi S. International Journal of Hydrogen Energy 98 1020-1033 (2025)
Mechanistic Insights into Simultaneous Oxygen-Doped and Defect-Engineered Carbon Nitride as a Multifunctional Photocatalyst for Tetracycline Degradation, N2 Fixation, and H2O2 Production by Balakrishnan A., Kunnel E.S., Trivedi S., Sasidharan R., Kumar A., Chinthala M. Industrial and Engineering Chemistry Research 63 18975-18988 (2024)
Phosphorylated g-C3N4/sulfur self-doped g-C3N4 homojunction carboxymethyl cellulose beads: An efficient photocatalyst for H2O2 production by Balakrishnan A., Vijaya Suryaa K., Tripathy H., Trivedi S., Kumar A., Chinthala M. Journal of Colloid and Interface Science 663 1087-1098 (2024)
Nonlinear static and dynamic response of a metastructure exhibiting quasi-zero-stiffness characteristics for vibration control: an experimental validation by Dalela S., Balaji P.S., Leblouba M., Trivedi S., Kalam A. Scientific Reports 14 - (2024)
A Novel Bottom Reinforced Cosine Beam based Metastructure with Quasi Zero Stiffness Characteristics for Vibration Isolation Applications by Dalela S., Prasad P., Balaji P.S., Trivedi S., Kalam A. Structures 67 - (2024)

Completed Projects

Principal Investigator

Development of PGM-Free Catalytic System for Emission Control in CNG vehicles Sponsored Research and Industrial Consultancy (SRIC)
Development of Stable Catalysts and Pretreatment Strategies for Hydrogen production via Aqueous Phase Reforming of Hydrothermal Biomass Feedstocks Anusandhan National Research Foundation (ANRF)

Alumni members