Donal Bradley: Publications

Fluorescence Lifetime Imaging of Polymer LEDs

Institute of Electrical and Electronics Engineers (IEEE) (2003) 715-715

Authors:

Daniel S Elson, Mattijs Koeberg, Jan Siegel, Edgar Mendez, Stephen ED Webb, Donal DC Bradley, Paul MW French

Power and Beam Characteristics of Semiconducting Polymer Lasers Pumped by a Microchip Laser

Institute of Electrical and Electronics Engineers (IEEE) (2003) 369-369

Authors:

GA Turnbull, P Andrew, G Heliotis, R Xia, WL Barnes, DDC Bradley, IDW Samuel

Charge carrier recombination in poly(9,9-dioctylfluorene) (PFO) studied by electric field-assisted femtosecond spectroscopy

Springer Series in Chemical Physics Springer Nature 71 (2003) 538-540

Authors:

T Virgili, G Cerullo, C Gadermaier, L Lüer, G Lanzani, S De Silvestri, DDC Bradley

Pyrromethene dye doped optical polymers for amplifiers and lasers

MRS Advances Springer Nature 771 (2003) l10.2

Authors:

M Ramon, T Bryden, TS Jones, DDC Bradley

Efficient energy transfer in organic thin films—implications for organic lasers

Journal of Applied Physics AIP Publishing 92:11 (2002) 6367-6371

Authors:

AK Sheridan, AR Buckley, AM Fox, A Bacher, DDC Bradley, IDW Samuel

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Donal Bradley

Sub department

Fluorescence Lifetime Imaging of Polymer LEDs

Authors:

Power and Beam Characteristics of Semiconducting Polymer Lasers Pumped by a Microchip Laser

Authors:

Charge carrier recombination in poly(9,9-dioctylfluorene) (PFO) studied by electric field-assisted femtosecond spectroscopy

Authors:

Pyrromethene dye doped optical polymers for amplifiers and lasers

Authors:

Efficient energy transfer in organic thin films—implications for organic lasers

Authors:

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Donal Bradley

Sub department

Fluorescence Lifetime Imaging of Polymer LEDs

Authors:

Power and Beam Characteristics of Semiconducting Polymer Lasers Pumped by a Microchip Laser

Authors:

Charge carrier recombination in poly(9,9-dioctylfluorene) (PFO) studied by electric field-assisted femtosecond spectroscopy

Authors:

Pyrromethene dye doped optical polymers for amplifiers and lasers

Authors:

Efficient energy transfer in organic thin films—implications for organic lasers

Authors:

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