Synthesis of quasi-oriented a-MoO3 nanobelts and nanoplatelets on TiO2 coated glass

 

Synthesis of quasi-oriented a-MoO3 nanobelts and nanoplatelets on TiO2
Researchers report on a new method to produce quasi-oriented a-MoO3 nanobelts on TiO2 coated glass substrates. Using a simple yet efficient wet-chemical method with subsequent calcination, various morphologies of a-MoO3 including oriented nanobelts, rods and platelets were produced....

Synthesis of quasi-oriented a-MoO3 nanobelts and nanoplatelets on TiO2
coated glass

Murat E. Kurtoglu, Travis Longenbacha, Yury Gogotsi
Received 19th February 2011, Accepted 24th March 2011
DOI: 10.1039/c1jm10752f (Journal of Materials Chemistry)

Synthesis of quasi-oriented a-MoO3 nanobelts and nanoplatelets on TiO2 This work was performed at Drexel University with
funding provided by ArtCraft Glassware. SEM by
Murat Kurtoglu, color and design by Pavel Gogotsi
(Drexel University).
Using a simple yet effi cient wet-chemical method followed by
calcination, various morphologies of ?-MoO3 structures are
produced, including nanobelts .

Researchers report on a new method to produce quasi-oriented a-MoO3 nanobelts on TiO2 coated glass substrates. Using a simple yet efficient wet-chemical method with subsequent calcination, various morphologies of a-MoO3 including oriented nanobelts, rods and platelets were produced. The crystal morphology can be controlled by changing the substrate and/or the process parameters. Some applications of the resulting structures were demonstrated by coating them with TiO2 and carbon. The photocatalytic activity of the TiO2 coated a-MoO3 nanobelts was several times higher than that of the smooth TiO2 coatings prepared on soda-lime glass. A very thin layer (20–30 nm) of carbon coated on nanobelts by sputtering resulted in a highly light absorbing film with an average reflectivity of 4%, while fluorosilane coated nanobelts showed superhydrophobic properties.

The next step of the work is to scale down the size of the electrodes and improve the dry etching procedure for removing metal atoms from metal carbides to make the process even more compatible with commercial microfabrication technology.

To read the full text of the article

www.drexel.edu

Nanotechnologies

 

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