| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 5378866 | Chemical Physics Letters | 2016 | 5 Pages |
â¢Na2WO4 films with smooth-, dot-, particle-, flake-, flower-like surface and hollow pyramid-like surface had been designed and synthesized.â¢The sample chambers were created via approaching mouth to mouth two alumina boats and by covering alumina boat with aluminium foil.â¢In-situ Temperature-dependence Raman investigation reveals Na2WO4 films with high structural stability.
Films with designed surface morphologies are of great importance for high-performance devices and other applications such as gas sensors and catalysts. Na2WO4 films with various surface morphologies have been fabricated via physical evaporation inside the chamber created by approaching mouth to mouth two alumina boats containing precursors and by covering alumina boat with aluminum foil, respectively. The temperature-dependence Raman investigation reveals red shifting of the Raman peaks with increasing temperature in all cases. The observed Raman shifts are relatively small confirming high stability of the Na2WO4 films within the investigated temperature range.
Graphical abstractNa2WO4 films with smooth-, dot-, particle-, flake-, flower-like surface and hollow pyramid-like surface were fabricated via physical evaporation inside the specially created chamber.Download high-res image (127KB)Download full-size image
