Ti3O5(Titanium pentoxide) is another possible starting material for producing TiO2 thin films by vacuum deposition. Compared with other titanium oxides, Ti3O5 converts more readily to TiO2 during the coating process. We can also produce nonstoichiometric compounds for experimental purposes.
Related articles
- Al2O3 | Optical characterization of thin films
- CeO2 | Optical characterization of thin films
- Cr2O3 | Optical characterization of thin films
- Ga2O3 | Optical characterization of thin films
- HfO2 | Optical characterization of thin films
- ITO | Indium Tin Oxide | Optical characterization of thin films
- Nb2O5 | Optical characterization of thin films
- Ta2O5 | Optical characterization of thin films
- Ti3O5 | Optical characterization of thin films
- TiO | Optical characterization of thin films
- TiO2 | Optical characterization of thin films
- WO3 | Optical characterization of thin films
- Y2O3 | Optical characterization of thin films
- YSZ | Yttria stabilized zirconia | Optical characterization of thin films
- ZnO | Optical characterization of thin films
- ZrO2 | Optical characterization of thin films
- AlF3 | Optical characterization of thin films
- GdF3 | Optical characterization of thin films
- LaF3 | Optical characterization of thin films
- MgF2 | Optical characterization of thin films
- FbF3 | Optical characterization of thin films
- YF3 | Optical characterization of thin films
