Logo image
Ph2N-susbtituted ethylene-bridged p-phenylene oligomers: Synthesis and photophysical and redox properties
Journal article   Peer reviewed

Ph2N-susbtituted ethylene-bridged p-phenylene oligomers: Synthesis and photophysical and redox properties

Balagopal Shainamma Shaibu, Sheng-Hsun Lin, Chi-Yen Lin, Ken-Tsung Wong and Rai-Shung Liu
Journal of Organic Chemistry, Vol.76(4), pp.1054-1061
18/02/2011

Abstract

For a series of p-phenylene-based oligomers terminated with two triphenylamines, their absorption, photoluminescence, and band gaps show a pattern of extensive π-conjugation with increasing array size. Oligomers with large central arrays have greater quantum yields than their small analogues. Cyclic voltammetric (CV) measurements indicated two-step oxidations of the two diphenylamino groups for compounds 1-5 and one-step oxidations for the two amines of large oligomers 6 and 7. © 2011 American Chemical Society.

Metrics

1 Record Views

Details

Logo image