OSU Navigation Bar

The Ohio State University University Libraries Knowledge Bank

THE VISBLE SPECTRUM OF TITANIUM DIOXIDE

Please use this identifier to cite or link to this item: http://hdl.handle.net/1811/46232

Show full item record

Files Size Format View
abstract.gif 45.40Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
TiO2-final.ppt 8.835Mb Microsoft PowerPoint View/Open
Slide1.GIF 30.08Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide2.GIF 84.12Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide3.GIF 49.74Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide4.GIF 50.37Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide5.GIF 47.95Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide6.GIF 60.82Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide7.GIF 50.07Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide8.GIF 31.02Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide9.GIF 44.98Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide10.GIF 57.16Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide11.GIF 33.96Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide12.GIF 32.44Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide13.GIF 45.27Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide14.GIF 37.51Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide15.GIF 38.03Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide16.GIF 38.35Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Slide17.GIF 266.3Kb GIF image Thumbnail of THE VISBLE SPECTRUM OF TITANIUM DIOXIDE

Title: THE VISBLE SPECTRUM OF TITANIUM DIOXIDE
Creators: Zhuang, Xiujuan; Steimle, Timothy C.; Nagarajann, Ramya; Maier, John P.
Issue Date: 2010
Abstract: Bulk TiO$_{2}$ is a widely used photo-activated catalytic material, yet poorly understood. Much of the motivation for studies of molecular TiO$_{2}$ is the observation {\textbf{129}} 3022, 2007.} that there is a smooth correlation of the molecular electronic states to the band gap of the bulk. The field-free energy levels of the ground state of the monomer have been fully characterized by microwave spectroscopy. {\textbf{676}} 1367, 2008.} Here we report on the visible spectrum in the region between 18200 cm$^{-1}$ to 18750 cm$^{-1}$ of a cold molecular beam sample of TiO$_{2}$ using laser induced fluorescence detection and mass-selected REMPI. Bands at 18240 cm$^{-1}$, 18411 cm$^{-1}$ and 18470 cm$^{-1}$ were recorded at a resolution of 40 MHz and rotationally analyzed. The dispersed fluorescence of 18411 cm$^{-1}$ and 18470 cm$^{-1}$ bands were analyzed to produce a set of vibrational parameters for the ground state. The optical Stark spectra of the 18411 cm$^{-1}$ and 18470 cm$^{-1}$ bands were recorded and analyzed to determine permanent electric dipole moments and compared with the results for the band at 18655 cm$^{-1}$ {\textbf{11}} 2649, 2008.}
URI: http://hdl.handle.net/1811/46232
Other Identifiers: 2010-TF-05
Bookmark and Share