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Start Over Author "Tripathy, S. N." Topic activation energy
2 results on '"Tripathy, S. N."'

1. Investigation of Electrical Transport Property in Spinel NiCr2O4.

Author

Tripathy, S. N., Pati, Abhipsa, Routray, K. L., and Behera, D.

Subjects
*SPINEL, *NICKEL compounds, *POLYCRYSTALS, *ARRHENIUS equation, *ACTIVATION energy
Abstract

In the present work, we have discussed the electrical transport properties of the polycrystalline NiCr2O4 by employing Impedance spectroscopy and DC resistivity techniques. It was observed that charge carriers follow Arrhenius type conduction throughout the temperature range. Activation energy (Ea) has been calculated from the impedance data, 0.462 for Rgb and 0.42 from Rg, which is well buttressed by the activation energy from the DC resistivity fitted data which is 0.468 eV. [ABSTRACT FROM AUTHOR]

Published
2016
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2. Investigation of Electrical Transport Property in Spinel NiCr2O4.

Author

Tripathy, S. N., Pati, Abhipsa, Routray, K. L., and Behera, D.

Subjects
SPINEL, NICKEL compounds, POLYCRYSTALS, ARRHENIUS equation, ACTIVATION energy
Abstract

In the present work, we have discussed the electrical transport properties of the polycrystalline NiCr2O4 by employing Impedance spectroscopy and DC resistivity techniques. It was observed that charge carriers follow Arrhenius type conduction throughout the temperature range. Activation energy (Ea) has been calculated from the impedance data, 0.462 for Rgb and 0.42 from Rg, which is well buttressed by the activation energy from the DC resistivity fitted data which is 0.468 eV. [ABSTRACT FROM AUTHOR]

Published
2016
Full Text
View/download PDF

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