Emerging Trends in Photoredox Synthetic Transformation

Emerging Trends in Photoredox Synthetic Transformation

Sen, Mousumi; Ray, Devalina

Springer Verlag, Singapore

01/2025

527

Dura

9789819782048

Pré-lançamento - envio 15 a 20 dias após a sua edição

Descrição não disponível.
Chapter 1: Photo redox reactions: Definitions and classification.- Chapter 2: Photo redox transformation of inorganic substrate by various reagents.- Chapter 3: Greener synthetic approaches with photo redox catalyst.- Chapter 4: Photocatalysis: Application in Drug derivatization.- Chapter 5: Photo redox catalysis in the synthesis of Bioactive molecules.- Chapter 6: Photocatalytic degradation of Drugs.- Chapter 7: Photo remediation: An emerging approach for dye degradation in wastewaters treatment.- Chapter 8: Waste Management: Nano photo catalysis as an efficient future pathway.- Chapter 9: Drug free sustainable therapeutic approaches with Nano photo catalyst.- Chapter 10: Functionalization of C-H bonds via photo redox pathway.- Chapter 11: Photo deposition for highly effective photocatalytic materials.- Chapter 12: Light induced conversion of waste biomass to value added chemicals.- Chapter 13: Detoxification of industrial waste waters by photo catalytic techniques.- Chapter 14: Photo catalyst derived from renewable feedstock for environmental application/remediation.- Chapter 15: Mechanistic and Kinetic studies/modeling of photo redox reactions.- Chapter 16: Synthesis and Functionalization of Natural product with Light driven reactions.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Photo Redox Transformation of Inorganic and Organic Substrates;Nano Photo Catalysis as an Efficient Waste Management Pathway;Biomass to Value Added Chemicals;Photo Catalyst Derived From Renewable Feedstock;Photoredox Reactions in Natural Products;Photocatalysis in Drug Derivatization;Synthesis of Bioactive Molecules;Drug Degradation;Photo-Dye Degradation for Wastewaters Treatment;Nano Photo Catalyst With Sustainable Therapeutic Approaches;Photo Deposition & Detoxification by Photo Catalyst;Photo Redox Catalyst for Greener Approach;Functionalization via Photo Redox Pathway