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Unipolar resistive switching effect in YMn1−δO3 thin films

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Zeitschriftentitel: Applied Physics Letters
Personen und Körperschaften: Yan, Z. B., Li, S. Z., Wang, K. F., Liu, J.-M.
In: Applied Physics Letters, 96, 2010, 1
Format: E-Article
Sprache: Englisch
veröffentlicht:
AIP Publishing
Schlagwörter:
Physics and Astronomy (miscellaneous)
author_facet Yan, Z. B.
Li, S. Z.
Wang, K. F.
Liu, J.-M.
Yan, Z. B.
Li, S. Z.
Wang, K. F.
Liu, J.-M.
author Yan, Z. B.
Li, S. Z.
Wang, K. F.
Liu, J.-M.
spellingShingle Yan, Z. B.
Li, S. Z.
Wang, K. F.
Liu, J.-M.
Applied Physics Letters
Unipolar resistive switching effect in YMn1−δO3 thin films
Physics and Astronomy (miscellaneous)
author_sort yan, z. b.
spelling Yan, Z. B. Li, S. Z. Wang, K. F. Liu, J.-M. 0003-6951 1077-3118 AIP Publishing Physics and Astronomy (miscellaneous) http://dx.doi.org/10.1063/1.3280380 <jats:p>Steady unipolar resistive switching of Pt/YMn1−δO3/Pt MIM structure is investigated. High resistance ratio (&amp;gt;104) of high resistance state (HRS) over low resistance state (LRS) and long retention (&amp;gt;105 s) are achieved. It is suggested that the Joule heating and Poole–Frenkel effect dominate respectively the conduction of the LRS and HRS in high electric field region. The resistive switching is explained by the rupture and formation of conductive filaments in association with the local Joule-heat-induced redox inside YMn1−δO3.</jats:p> Unipolar resistive switching effect in YMn1−δO3 thin films Applied Physics Letters
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series Applied Physics Letters
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title Unipolar resistive switching effect in YMn1−δO3 thin films
title_unstemmed Unipolar resistive switching effect in YMn1−δO3 thin films
title_full Unipolar resistive switching effect in YMn1−δO3 thin films
title_fullStr Unipolar resistive switching effect in YMn1−δO3 thin films
title_full_unstemmed Unipolar resistive switching effect in YMn1−δO3 thin films
title_short Unipolar resistive switching effect in YMn1−δO3 thin films
title_sort unipolar resistive switching effect in ymn1−δo3 thin films
topic Physics and Astronomy (miscellaneous)
url http://dx.doi.org/10.1063/1.3280380
publishDate 2010
physical
description <jats:p>Steady unipolar resistive switching of Pt/YMn1−δO3/Pt MIM structure is investigated. High resistance ratio (&amp;gt;104) of high resistance state (HRS) over low resistance state (LRS) and long retention (&amp;gt;105 s) are achieved. It is suggested that the Joule heating and Poole–Frenkel effect dominate respectively the conduction of the LRS and HRS in high electric field region. The resistive switching is explained by the rupture and formation of conductive filaments in association with the local Joule-heat-induced redox inside YMn1−δO3.</jats:p>
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author Yan, Z. B., Li, S. Z., Wang, K. F., Liu, J.-M.
author_facet Yan, Z. B., Li, S. Z., Wang, K. F., Liu, J.-M., Yan, Z. B., Li, S. Z., Wang, K. F., Liu, J.-M.
author_sort yan, z. b.
container_issue 1
container_start_page 0
container_title Applied Physics Letters
container_volume 96
description <jats:p>Steady unipolar resistive switching of Pt/YMn1−δO3/Pt MIM structure is investigated. High resistance ratio (&amp;gt;104) of high resistance state (HRS) over low resistance state (LRS) and long retention (&amp;gt;105 s) are achieved. It is suggested that the Joule heating and Poole–Frenkel effect dominate respectively the conduction of the LRS and HRS in high electric field region. The resistive switching is explained by the rupture and formation of conductive filaments in association with the local Joule-heat-induced redox inside YMn1−δO3.</jats:p>
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publishDate 2010
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series Applied Physics Letters
source_id 49
spelling Yan, Z. B. Li, S. Z. Wang, K. F. Liu, J.-M. 0003-6951 1077-3118 AIP Publishing Physics and Astronomy (miscellaneous) http://dx.doi.org/10.1063/1.3280380 <jats:p>Steady unipolar resistive switching of Pt/YMn1−δO3/Pt MIM structure is investigated. High resistance ratio (&amp;gt;104) of high resistance state (HRS) over low resistance state (LRS) and long retention (&amp;gt;105 s) are achieved. It is suggested that the Joule heating and Poole–Frenkel effect dominate respectively the conduction of the LRS and HRS in high electric field region. The resistive switching is explained by the rupture and formation of conductive filaments in association with the local Joule-heat-induced redox inside YMn1−δO3.</jats:p> Unipolar resistive switching effect in YMn1−δO3 thin films Applied Physics Letters
spellingShingle Yan, Z. B., Li, S. Z., Wang, K. F., Liu, J.-M., Applied Physics Letters, Unipolar resistive switching effect in YMn1−δO3 thin films, Physics and Astronomy (miscellaneous)
title Unipolar resistive switching effect in YMn1−δO3 thin films
title_full Unipolar resistive switching effect in YMn1−δO3 thin films
title_fullStr Unipolar resistive switching effect in YMn1−δO3 thin films
title_full_unstemmed Unipolar resistive switching effect in YMn1−δO3 thin films
title_short Unipolar resistive switching effect in YMn1−δO3 thin films
title_sort unipolar resistive switching effect in ymn1−δo3 thin films
title_unstemmed Unipolar resistive switching effect in YMn1−δO3 thin films
topic Physics and Astronomy (miscellaneous)
url http://dx.doi.org/10.1063/1.3280380