ZnO(Zinc Oxide) can potentially be used alone to create transparent conductive thin films, but is usually used in combination with dopants to increase its transparency and conductivity. It has a refractive index of 2.1 at 550 nm and a transmittance range from 400 nm to 20 μm.
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