Year |
Objectives |
Activities |
2011
|
|
1a. Deposition of ITO films by reactive sputtering |
1b. Stabilization of the surfaces by thermal treatment of these samples in N2 atmosphere |
2012 |
|
2a. Optical and electrical characterization of the ITO films |
2b. Stability study of the samples in time and of the optimization routes regarding chemical and physical stabilization of the sample surfaces |
2c. Obtaining of n and p-type conduction ITO and ZnO by sol-gel method |
2013 |
|
3a. Preparation of TiO2:Niobium/Vanadium films by sol-gel method |
3b. Optical and electrical characterization of the obtained films |
2014 |
Comparative study of the important features of the TCO materials synthesized in the project: ITO, ZnO, TiO2 doped with Niobium / Vanadium |
4.a. Comparison of the structural, chemical and morphological behavior |
4.b. Comparison of electrical and optical properties by Hall measurements and Ellipsometry |
4.c. Preparation of new films in order to optimize TCO characteristics accordingly to results obtained in paragraphs 1.1 and 1.2 |
2015 |
Preparation and characterization of a new class of TCO materials: SrCu2O2 |
5.a. Choosing the optimal precursors for achieving powders and sols .Preparation of powders and sols |
5.b. Dispersion of powders in solution and their deposition as films on different substrates.
Structural, chemical and morphological characterization of the nanostructured films by XRD, XPS and AFM / SEM |
2016 |
Films synthesized in this project application to solar cells |
6.a. Photovoltaic comparative tests |
6.b. Laboratory tests of solar cell configuration |