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has been cited by the following article:
TITLE: Electrical Transport Properties of La-BaTiO3
AUTHORS: A. I. Ali, Saleh H. Kaytbay
KEYWORDS: Hall Mobility, Electrical Resistivity, Microstructure and Donor Doped-BaTiO3
JOURNAL NAME: Materials Sciences and Applications, Vol.2 No.7, July 29, 2011
ABSTRACT: The Electrical properties as a function of temperature were investigated at elevated temperatures (300 K - 800 K) on quenched samples of donor doped La-BaTiO3 system. The resistivity and carrier concentration increased with increasing temperature. The mobility of the sample shows exponential temperature dependence and the value of mobility is in well agreement with the theoretical values. From the conductivity data the activation energy was calculated (0.036 eV) and revealed that the conduction mechanism in this system is thermally activated.