Growth and Characterization of ITO thin film by Magnetron Sputtering - Tuna, Öcal
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In this study Indium Tin Oxide (ITO) thin films were grown by both DC and RF magnetron sputtering techniques. To know deposition rate of ITO, system was calibrated for both DCMS and RFMS and then ITO were grown on glass substrate with the thickness of 70 nm and 40 nm by changing substrate temperature. The effect of substrate temperature, film thickness and sputtering method on structural, electrical and optical properties were investigated. The results show that substrate temperature and film thickness substantially affects the film properties,especially crystallization and resistivity. The…mehr

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Produktbeschreibung
In this study Indium Tin Oxide (ITO) thin films were grown by both DC and RF magnetron sputtering techniques. To know deposition rate of ITO, system was calibrated for both DCMS and RFMS and then ITO were grown on glass substrate with the thickness of 70 nm and 40 nm by changing substrate temperature. The effect of substrate temperature, film thickness and sputtering method on structural, electrical and optical properties were investigated. The results show that substrate temperature and film thickness substantially affects the film properties,especially crystallization and resistivity. The thin films grown at the lower than 150 oC showed amorphous structure. However,crystallization was detected with the furtherincrease of substrate temperature. Band gap of ITO was calculated to be about 3.64eV at the substrate temperature of 150 oC, and itwidened with substrate temperature increment. From electrical measurements the resistivity at room temperature was obtained 1.28×10-4 and 1.29×10-4 D-cm, for DC and RF sputtered films, respectively. We also measured temperature dependence resistivity and the Hall coefficient of the films, and we calculated carrier concentration and Hall mobility.
Autorenporträt
El autor completó su bachillerato en la Universidad de Dokuz Eylül entre 2000 y 2005 y su maestría en ciencias en el Instituto de Tecnología de Izmir en 2009. Actualmente está haciendo su doctorado en la Universidad RWTH Aachen en Alemania y trabaja en el crecimiento de InN y heteroestructura rica en In por MOCVD y la caracterización de ellos.