The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown

We examine the quantum Hall effect in an electron-hole system and its current-driven breakdown, We find that samples with closely matched electron and hole concentrations have vastly reduced critical cur-rents while those with many more electrons than holes show much larger critical currents, though...

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Үндсэн зохиолчид: Takashina, K, Nicholas, R, Kardynal, B, Mason, N, Maude, D, Portal, J
Формат: Conference item
Хэвлэсэн: 2002
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author Takashina, K
Nicholas, R
Kardynal, B
Mason, N
Maude, D
Portal, J
author_facet Takashina, K
Nicholas, R
Kardynal, B
Mason, N
Maude, D
Portal, J
author_sort Takashina, K
collection OXFORD
description We examine the quantum Hall effect in an electron-hole system and its current-driven breakdown, We find that samples with closely matched electron and hole concentrations have vastly reduced critical cur-rents while those with many more electrons than holes show much larger critical currents, though still smaller than those reported for single-carrier type systems, The channel width dependence shows two regimes of behaviour. States with larger critical cur-rents ( > 5 muA) have linear width dependence. while for narrower channel widths where the critical current is smaller, the critical current has a superlinear relationship with the channel width. (C) 2002 Elsevier Science B.V. All rights reserved.
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spelling oxford-uuid:3c23e3fc-c1b7-4ac8-9b9f-6df8aa0add532022-03-26T14:11:47ZThe quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdownConference itemhttp://purl.org/coar/resource_type/c_5794uuid:3c23e3fc-c1b7-4ac8-9b9f-6df8aa0add53Symplectic Elements at Oxford2002Takashina, KNicholas, RKardynal, BMason, NMaude, DPortal, JWe examine the quantum Hall effect in an electron-hole system and its current-driven breakdown, We find that samples with closely matched electron and hole concentrations have vastly reduced critical cur-rents while those with many more electrons than holes show much larger critical currents, though still smaller than those reported for single-carrier type systems, The channel width dependence shows two regimes of behaviour. States with larger critical cur-rents ( > 5 muA) have linear width dependence. while for narrower channel widths where the critical current is smaller, the critical current has a superlinear relationship with the channel width. (C) 2002 Elsevier Science B.V. All rights reserved.
spellingShingle Takashina, K
Nicholas, R
Kardynal, B
Mason, N
Maude, D
Portal, J
The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title_full The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title_fullStr The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title_full_unstemmed The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title_short The quantum Hall effect in an InAs/GaSb based electron-hole system and its current-driven breakdown
title_sort quantum hall effect in an inas gasb based electron hole system and its current driven breakdown
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