prof. dharmesh varade · prof. dharmesh varade school of engineering and applied science ahmedabad...

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PROF. DHARMESH VARADE SCHOOL OF ENGINEERING AND APPLIED SCIENCE AHMEDABAD UNIVERSITY HIGHLY COMPETENT CLAY BASED NANOCOMPOSITE MATERIALS FOR CATALYTIC APPLICATION An up-front and precise approach for the assembly of small and highly stable mono and bimetallic nanocrystals (NCs) based on noble and non-noble metals by a co-reduction technique in the incidence of clay (synthetic hectorite; Laponite XLG) at ambient temperature is conveyed. Metal-Polymer-Clay nanocomposite hydrogels were also synthesized. Catalytic studies display a strong bimetallic synergistic consequence of the NCs; their catalytic activities are much higher attributed to the well-controlled morphology, small size and extraordinary stability of the bimetallic NCs in the occurrence of clay. Sept. 21 (Fri) 15:30-16:30 R1 Meeting Room 2 Contact, K. Nagai 5266

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Page 1: PROF. DHARMESH VARADE · PROF. DHARMESH VARADE SCHOOL OF ENGINEERING AND APPLIED SCIENCE AHMEDABAD UNIVERSITY HIGHLY COMPETENT CLAY BASED NANOCOMPOSITE MATERIALS FOR CATALYTIC APPLICATION

PROF. DHARMESH VARADESCHOOL OF ENGINEERING AND APPLIED SCIENCE

AHMEDABAD UNIVERSITYHIGHLY COMPETENT CLAY BASED NANOCOMPOSITE

MATERIALS FOR CATALYTIC APPLICATION

An up-front and precise approach for the assembly of small and highly stable mono and bimetallic nanocrystals (NCs) based on noble and non-noble metals by a co-reduction technique in the incidence of clay (synthetic hectorite; Laponite XLG) at ambient temperature is conveyed. Metal-Polymer-Clay nanocomposite hydrogels were also synthesized. Catalytic studies display a strong bimetallic synergistic consequence of the NCs; their catalytic activities are much higher attributed to the well-controlled morphology, small size and extraordinary stability of the bimetallic NCs in the occurrence of clay.

Sept. 21 (Fri)15:30-16:30R1 Meeting Room 2

Contact, K. Nagai 5266