Donal Bradley: Publications

Optical non-linearity in β-carotene: new insight from electroabsorption spectroscopy

Chemical Physics Letters Elsevier 277:5-6 (1997) 406-416

Authors:

F Rohlfing, DDC Bradley

Photoluminescence spectra of oligo-paraphenyllenevinylenes: a joint theoretical and experimental characterization

Chemical Physics Letters Elsevier 278:1-3 (1997) 139-145

Authors:

J Cornil, D Beljonne, CM Heller, IH Campbell, BK Laurich, DL Smith, DDC Bradley, K Müllen, JL Brédas

Efficient multilayer electroluminescence devices with poly( m -phenylenevinylene-co-2,5-dioctyloxy- p -phenylenevinylene) as the emissive layer

Journal of Applied Physics AIP Publishing 82:5 (1997) 2662-2670

Authors:

D O’Brien, A Bleyer, DG Lidzey, DDC Bradley, T Tsutsui

Mapping the confined optical field in a microcavity via the emission from a conjugated polymer

Applied Physics Letters AIP Publishing 71:6 (1997) 744-746

Authors:

DG Lidzey, DDC Bradley, MA Pate, JPR David, DM Whittaker, TA Fisher, MS Skolnick

Emission processes in conjugated polymer solutions and thin films

Chemical Physics Letters Elsevier 272:1-2 (1997) 6-12

Authors:

Xiao Long, Andrew Malinowski, Donal DC Bradley, Mike Inbasekaran, Edmund P Woo

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Donal Bradley

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Optical non-linearity in β-carotene: new insight from electroabsorption spectroscopy

Authors:

Photoluminescence spectra of oligo-paraphenyllenevinylenes: a joint theoretical and experimental characterization

Authors:

Efficient multilayer electroluminescence devices with poly( m -phenylenevinylene-co-2,5-dioctyloxy- p -phenylenevinylene) as the emissive layer

Authors:

Mapping the confined optical field in a microcavity via the emission from a conjugated polymer

Authors:

Emission processes in conjugated polymer solutions and thin films

Authors:

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Donal Bradley

Sub department

Optical non-linearity in β-carotene: new insight from electroabsorption spectroscopy

Authors:

Photoluminescence spectra of oligo-paraphenyllenevinylenes: a joint theoretical and experimental characterization

Authors:

Efficient multilayer electroluminescence devices with poly( m -phenylenevinylene-co-2,5-dioctyloxy- p -phenylenevinylene) as the emissive layer

Authors:

Mapping the confined optical field in a microcavity via the emission from a conjugated polymer

Authors:

Emission processes in conjugated polymer solutions and thin films

Authors:

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