HOLOGRAPHIC TIME-OF-FLIGHT MEASUREMENTS OF THE HOLE-DRIFT MOBILITY IN A PHOTOREFRACTIVE POLYMER

G.G Malliaras; V.V. Krasnikov; H.J Bolink; G Hadziioannou

doi:10.1103/PhysRevB.52.R14324

HOLOGRAPHIC TIME-OF-FLIGHT MEASUREMENTS OF THE HOLE-DRIFT MOBILITY IN A PHOTOREFRACTIVE POLYMER

G.G Malliaras, V.V. Krasnikov, H.J Bolink, G Hadziioannou

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Abstract

The holographic time-of-flight (HTOF) technique is applied in a photorefractive polymer. The electric-field, temperature, and drift-length dependencies of the hole-drift mobility are shown to be consistent with previously published data. It is suggested that the shape of the HTOF signal reflects the degree of charge-transport disorder in this class of amorphous materials.

Original language	English
Pages (from-to)	14324 - 14327
Number of pages	4
Journal	Physical Review B
Volume	52
Issue number	20
DOIs	https://doi.org/10.1103/PhysRevB.52.R14324
Publication status	Published - 15-Nov-1995

Keywords

DISORDERED MOLECULAR-SOLIDS
N-VINYLCARBAZOLE
CHARGE TRANSPORT
TRINITROFLUORENONE
BI12SIO20

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title = "HOLOGRAPHIC TIME-OF-FLIGHT MEASUREMENTS OF THE HOLE-DRIFT MOBILITY IN A PHOTOREFRACTIVE POLYMER",

abstract = "The holographic time-of-flight (HTOF) technique is applied in a photorefractive polymer. The electric-field, temperature, and drift-length dependencies of the hole-drift mobility are shown to be consistent with previously published data. It is suggested that the shape of the HTOF signal reflects the degree of charge-transport disorder in this class of amorphous materials.",

keywords = "DISORDERED MOLECULAR-SOLIDS, N-VINYLCARBAZOLE, CHARGE TRANSPORT, TRINITROFLUORENONE, BI12SIO20",

author = "G.G Malliaras and V.V. Krasnikov and H.J Bolink and G Hadziioannou",

note = "Journal NOV 15 TH682 PHYS REV B",

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doi = "10.1103/PhysRevB.52.R14324",

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AU - Krasnikov, V.V.

AU - Bolink, H.J

AU - Hadziioannou, G

N1 - Journal NOV 15 TH682 PHYS REV B

PY - 1995/11/15

Y1 - 1995/11/15

N2 - The holographic time-of-flight (HTOF) technique is applied in a photorefractive polymer. The electric-field, temperature, and drift-length dependencies of the hole-drift mobility are shown to be consistent with previously published data. It is suggested that the shape of the HTOF signal reflects the degree of charge-transport disorder in this class of amorphous materials.

AB - The holographic time-of-flight (HTOF) technique is applied in a photorefractive polymer. The electric-field, temperature, and drift-length dependencies of the hole-drift mobility are shown to be consistent with previously published data. It is suggested that the shape of the HTOF signal reflects the degree of charge-transport disorder in this class of amorphous materials.

KW - DISORDERED MOLECULAR-SOLIDS

KW - N-VINYLCARBAZOLE

KW - CHARGE TRANSPORT

KW - TRINITROFLUORENONE

KW - BI12SIO20

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DO - 10.1103/PhysRevB.52.R14324

M3 - Article

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HOLOGRAPHIC TIME-OF-FLIGHT MEASUREMENTS OF THE HOLE-DRIFT MOBILITY IN A PHOTOREFRACTIVE POLYMER

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Keywords

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