Organic electrochemistry : a promising tool for synthesis and catalysis

Contributor(s): Wang, Yan [ed.]Material type: Text

TextPublication details: New York : Intelliz Press, 2024. Description: ix, 286pISBN: 9781682519684Subject(s): Electrochemistry | Physical chemistryDDC classification: 544.6 Summary: Organic electrochemistry focuses on the use of electricity to drive chemical reactions involving organic compounds. It offers sustainable and efficient methods for synthesizing complex organic molecules, such as pharmaceuticals and fine chemicals. Organic electrochemistry enables the development of greener and more selective chemical processes, reducing the reliance on traditional chemical reagents and minimizing environmental impact. This book examines the applications of organic electrochemistry in synthesis and catalysis, showcasing its potential as a valuable tool.

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Item type	Current library	Call number	Status	Date due	Barcode
Book	NISER LIBRARY	544.6 WAN-O (Browse shelf(Opens below))	Available		25575

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Previous	544.6 SAH-M MOF-derived metal chalcogenide nanostructured materials as electrocatalysts for water splitting in electrochemical energy conversion	544.6 SER-C Chemical dynamics and electrochemistry	544.6 SHR-T Tailoring metal organic frameworks for enhanced catalytic performance for efficient anodic and cathodic reactions	544.6 WAN-O Organic electrochemistry : a promising tool for synthesis and catalysis	544.6.018.2 SWA-S Synthesis, structure and electrocatalytic water-splitting properties of metal-organic frameworks	544.6.018.47 KOL-P Polymer chemistry	544.653 SET-S Synthesis of [5,15 bis (4-cyanophenyl) 10-oxa corrole] Synthesis of [5,15 diphenyl-10-oxa corrole] Solvent dictated different binding mode of acetate ligand in dinuclear Cu(II) complexes	Next

Includes Index.

Organic electrochemistry focuses on the use of electricity to drive chemical reactions involving organic compounds. It offers sustainable and efficient methods for synthesizing complex organic molecules, such as pharmaceuticals and fine chemicals. Organic electrochemistry enables the development of greener and more selective chemical processes, reducing the reliance on traditional chemical reagents and minimizing environmental impact. This book examines the applications of organic electrochemistry in synthesis and catalysis, showcasing its potential as a valuable tool.

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