Towards the Universal Transport Properties of Metal/Insulator Granular Thin Films in the Low-Field Regime with Increasing Bias Potential or Current | Zendy

M. A. S. Boff | Zendy; Bárbara Canto | Zendy; F. Mesquita | Zendy; Ruth Hinrichs | Zendy; L. L. Araujo | Zendy; Daniel L. Baptista | Zendy; Flavia Piegas Luce | Zendy; P.F.P. Fichtner | Zendy; G.L.F. Fraga | Zendy; L. G. Pereira | Zendy

Open Access

Towards the Universal Transport Properties of Metal/Insulator Granular Thin Films in the Low-Field Regime with Increasing Bias Potential or Current

Author(s) -

M. A. S. Boff,

Bárbara Canto,

F. Mesquita,

Ruth Hinrichs,

L. L. Araujo,

Daniel L. Baptista,

Flavia Piegas Luce,

P.F.P. Fichtner,

G.L.F. Fraga,

L. G. Pereira

Publication year - 2014

Publication title -

progress in nanotechnology and nanomaterials

Language(s) - English

Resource type - Journals

eISSN - 2306-0034

pISSN - 2306-0026

DOI - 10.5963/pnn0304002

Subject(s) - variable range hopping , ohmic contact , condensed matter physics , materials science , insulator (electricity) , granular material , metal , electrical resistivity and conductivity , atmospheric temperature range , thin film , drop (telecommunication) , thermal conduction , nanotechnology , optoelectronics , composite material , electrical engineering , physics , metallurgy , thermodynamics , engineering , layer (electronics)

Three granular systems (Fe-Al2O3, Co-Al2O3, and Ti-SiO2) had their electrical properties analyzed in the low-field regime (eV<

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