RC
RUDRA CHAND
Central Salt and Marine Chemicals Research Institute, University of Hyderabad School of Chemistry, Bankura University
Employment
Employment history is unavailable.
Education
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Central Salt and Marine Chemicals Research Institute Doctor of Philosophy2023 - Present
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University of Hyderabad School of Chemistry Master of Science2020 - 2022
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Bankura University Bachelor of Science2017 - 2020
Projects & Funding
Projects & funding information is unavailable.
Publications (10)
- Robust Mixed‐Ligand Ni(II)‐framework With Pore‐Engineered Lewis Acid–Base Sites for Size‐selective and One‐Pot Mild Synthesis of Bioactive 4H‐Pyrans Save
- Unlocking Synergistic Ligand–Metal Interplay in Dual Redox-Active Metal–Organic Framework for High-Efficiency and Durable Overall Water Splitting Save
- Intrinsic Unsaturation and Azo-Functionality-Enriched Entangled MOF for Temperature-Responsive CO2 Selectivity with Atmospheric Pressure Size-Reliant Cycloaddition Save
- Pore-space-partitioned and hetero-atom-enriched dual-redox scalable metal–organic framework synergistically boosts overall water splitting Save
- Prolifically Boosted PEM Fuel Cell Performance and Durability in Pendant Carboxylic‐Acid Tethered 2D Co(II)‐MOF Reinforced Composite Membrane Save
- Towards zero waste discharge (ZWD) in agar production: Gracilaria dura byproduct-based activated carbon for sustainable environmental remediation Save
- Custom‐Designed Robust MOF‐Catalyst for Scalable 1,4‐DHP Drugs With H–Bonding‐Mediated Tandem Hantzsch Condensation and Shape‐Reliant Friedel‐Crafts Alkylation Save
- Free COOH-tethered layered Co( <scp>ii</scp> ) framework and flexible composite as a size-reliant, tandem and robust catalyst for mild and scalable synthesis of bioactive molecules Save
- Luminescent Metal–Organic Frameworks as Multimodal Platforms for Advanced Anticounterfeiting and Security Applications Save
- Heterobimetallic Synergism in Triple‐Redox 2D Framework for Largely Boosted Water Oxidation and Flanked Carboxylic‐Acid‐Triggered Unconventional Tandem Catalysis Save