Titanium films were deposited on quartz, glass, polyamide and PET substrates in a high vacuum system at room temperature and their electrical resistance monitored in vacuo as a function of thickness. These measurements indicate that a low electrical resistance layer is formed in a gas-solid reaction during the condensation of the initial layers of Ti on glass and quartz substrates. Layers begin to show relative low electrical resistance at around 21 nm for glass and 9nm for quartz. Samples deposited on polyamide and PET do not show this low resistance feature.UCR::Vicerrectoría de Investigación::Unidades de Investigación::Ciencias Básicas::Centro de Investigación en Ciencia e Ingeniería de Materiales (CICIMA
WOS: 000276054200054In this paper we made a study on the effect of films thickness on the electrical...
Publisher Copyright: © 2021 Authors. Published by Engineering Society for Corrosion.Physicochemical...
Thin Pt/TiOx films have proven to be chemically sensitive to their gap environment. To better unders...
Titanium films were deposited on quartz, glass, polyamide and PET substrates in a high vacuum system...
Titanium oxide thin films were prepared by reactive magnetron sputtering. The reactive gas pulsing p...
The influence of the deposition rate of titanium thin films on their microscopic structure has been ...
WOS: 000290006900028Undoped and Pd-doped titanium oxide thin films (0.5 wt.%) were prepared by the s...
The interactions occurring in a Ti–Si bilayer have been investigated by in situ resistance measureme...
An in situ method is described for studying the reactions between thin titanium films and SiO2 or Na...
The interface of titanium disilicides TiSi2 on silicon formed by electron gun evaporation of silicon...
El titanio (Ti) es un material termodinámicamente estable ante la corrosión, debido a la presencia d...
Ti and TiO2 thin films have been deposited on glass, aluminium and SiO2, at constant rates, by cold ...
We report a direct observation of the microscopic origin of the bipolar resistive switching behavior...
Titanium dioxide thin films were obtained by a dc sputtering technique onto heated glass substrates....
The goal of this experimentation consists of the formation of TiSi2 and demonstration of its electri...
WOS: 000276054200054In this paper we made a study on the effect of films thickness on the electrical...
Publisher Copyright: © 2021 Authors. Published by Engineering Society for Corrosion.Physicochemical...
Thin Pt/TiOx films have proven to be chemically sensitive to their gap environment. To better unders...
Titanium films were deposited on quartz, glass, polyamide and PET substrates in a high vacuum system...
Titanium oxide thin films were prepared by reactive magnetron sputtering. The reactive gas pulsing p...
The influence of the deposition rate of titanium thin films on their microscopic structure has been ...
WOS: 000290006900028Undoped and Pd-doped titanium oxide thin films (0.5 wt.%) were prepared by the s...
The interactions occurring in a Ti–Si bilayer have been investigated by in situ resistance measureme...
An in situ method is described for studying the reactions between thin titanium films and SiO2 or Na...
The interface of titanium disilicides TiSi2 on silicon formed by electron gun evaporation of silicon...
El titanio (Ti) es un material termodinámicamente estable ante la corrosión, debido a la presencia d...
Ti and TiO2 thin films have been deposited on glass, aluminium and SiO2, at constant rates, by cold ...
We report a direct observation of the microscopic origin of the bipolar resistive switching behavior...
Titanium dioxide thin films were obtained by a dc sputtering technique onto heated glass substrates....
The goal of this experimentation consists of the formation of TiSi2 and demonstration of its electri...
WOS: 000276054200054In this paper we made a study on the effect of films thickness on the electrical...
Publisher Copyright: © 2021 Authors. Published by Engineering Society for Corrosion.Physicochemical...
Thin Pt/TiOx films have proven to be chemically sensitive to their gap environment. To better unders...