Graphene-based materials Revolutionizing in catalytic performance

"Graphene-based Materials: Revolutionizing Catalytic Performance" reveals the promising impact of graphene and its derivatives towards evolution of catalysis. The work brings together what makes graphene so special - namely it's huge surface area, electrical conductivity, and ability to be derivatized in a tunable way chemically - helping this to manifest as an improvement in catalytic efficiency and selectivity. Based on the full overview of most recent progress and applications, this book clearly shows that graphene-based materials are being demonstrated to be one step forefront in many catalysis oriented fields for energy conversion, environmental remediation, and chemical synthesis.

Autorentext
Dr. Saroj Pandharinath Sahare is working as Assistant Professor in Anand Niketan College, Warora. Maharashtra, India. She had completed her post graduation degree from RTM University Nagpur. She had persuaded Ph. D. degree from VNIT, Nagpur. Her area of research is Material Chemistry. She has 5 years, 11 months teaching experience.

Klappentext

"Graphene-based Materials: Revolutionizing Catalytic Performance" reveals the promising impact of graphene and its derivatives towards evolution of catalysis. The work brings together what makes graphene so special - namely it's huge surface area, electrical conductivity, and ability to be derivatized in a tunable way chemically - helping this to manifest as an improvement in catalytic efficiency and selectivity. Based on the full overview of most recent progress and applications, this book clearly shows that graphene-based materials are being demonstrated to be one step forefront in many catalysis oriented fields for energy conversion, environmental remediation, and chemical synthesis.