Donal Bradley: Publications

Emerging trends in polymer semiconductors and devices

Royal Society of Chemistry (RSC) (2001) 22-38

Authors:

Anthony J Ryan, Donal DC Bradley

Energy transfer dynamics in polyfluorene-based polymer blends

Chemical Physics Letters Elsevier 339:5-6 (2001) 331-336

Authors:

AR Buckley, MD Rahn, J Hill, J Cabanillas-Gonzalez, AM Fox, DDC Bradley

Trap-free, space-charge-limited currents in a polyfluorene copolymer using pretreated indium tin oxide as a hole injecting contact

Synthetic Metals Elsevier 122:1 (2001) 161-163

Authors:

AJ Campbell, DDC Bradley, H Antoniadis

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Advanced Materials Wiley 13:8 (2001) 577-580

Authors:

M Grell, M Oda, KS Whitehead, A Asimakis, D Neher, DDC Bradley

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Advanced Materials Wiley 13:8 (2001) 577-580

Authors:

M Grell, M Oda, KS Whitehead, A Asimakis, D Neher, DDC Bradley

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Donal Bradley

Sub department

Emerging trends in polymer semiconductors and devices

Authors:

Energy transfer dynamics in polyfluorene-based polymer blends

Authors:

Trap-free, space-charge-limited currents in a polyfluorene copolymer using pretreated indium tin oxide as a hole injecting contact

Authors:

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Authors:

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Authors:

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Donal Bradley

Sub department

Emerging trends in polymer semiconductors and devices

Authors:

Energy transfer dynamics in polyfluorene-based polymer blends

Authors:

Trap-free, space-charge-limited currents in a polyfluorene copolymer using pretreated indium tin oxide as a hole injecting contact

Authors:

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Authors:

A Compact Device for the Efficient, Electrically Driven Generation of Highly Circularly Polarized Light

Authors:

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