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Notes:

Journal of Chemical Technology and Applications | Volume 2

Annual Spring Conference and Expo on

April 04-05, 2018 | Miami, USA

Chemical Engineering: From

Materials Engineering to Nanotechnology

allied

academies

P

hotocatalystmaterialswhich are suitably stable often have

large band gaps and can only be activated by UV light. Our

recent researchhas involved the synthesis andmodificationof

novel inorganic nanostructured materials in order to exploit

their properties in visible light active photocatalytic systems.

We have shown that self-assembled surface modification

by organic molecules imparts trititanate nanotubes with

stable, recyclable photocatalytic activity under visible light

illumination. Using solid state NMR, XRD and Mass spec

we have recently been looking into the arrangement of the

organic molecules on the nanotube surface. We have also

prepared titanium dioxide nanotube arrays by anodization

for photoelectrochemical water splitting and modified them

with Au and MoS

2

for comparison.

Speaker Biography

Dr. Graham Dawson is currently a lecturer at Xi’an Jiaotong Liverpool University, Suzhou

China, joining in March 2013. Before taking this position he worked at the Suzhou

Institute of nanotechnology and Nanobionics (SINANO) as a postdoctoral research

assistant then as an associate professor. During this time, Dr. Dawson was principal

investigator of several provincial and national level projects. He completed his PhD

studies under ProfessorWuzong Zhou at the University of St. Andrews, Scotland and has

presented his research at several national and international conferences and published

papers in peer reviewed international journals. Dr. Dawson’s research interests are in

the area of nanomaterial synthesis towards applications in photocatalytic degradation

and water splitting.

e:

Graham.Dawson@xjtlu.edu.cn

Surface functionalization of nanotubes prepared by different means towards modification of their

properties

Graham Dawson, Ruochen Liu, Ruoqi Qian

and

Edmund Morris

Xi’an Jiaotong Liverpool University, China