Molecular tuning; Powerful tool at synthesis of Smart molecules for Organic electronics

Molecular tuning; Powerful tool at synthesis of Smart molecules for Organic electronics

Abstrakt

Understanding and prediction of the consequences following the structural modification of the molecules and polymers plays significant role in the organic chemistry synthesis. During the last twenty years, the organic chemists have developed tremendous amounts of molecular building blocks which have been employed to design various oligomers, polymers or supramolecular systems according to individual demands for specific applications. One particular synthetic approach is to achieve the alternating donor (D) and acceptor (A) units to steer the molecular orbital energy gaps, as well as the band gap of the resulting copolymers (so-called D–A oligo-/polymers). This strategy is suitable for tailoring the properties of conjugated molecules for different applications like OFETs and PSCs.

Understanding and prediction of the consequences following the structural modification of the molecules and polymers plays significant role in the organic chemistry synthesis. During the last twenty years, the organic chemists have developed tremendous amounts of molecular building blocks which have been employed to design various oligomers, polymers or supramolecular systems according to individual demands for specific applications. One particular synthetic approach is to achieve the alternating donor (D) and acceptor (A) units to steer the molecular orbital energy gaps, as well as the band gap of the resulting copolymers (so-called D–A oligo-/polymers). This strategy is suitable for tailoring the properties of conjugated molecules for different applications like OFETs and PSCs.

molecular tining, diketopyrrolopyrroles (DPPs), bis(2-thienyl)phenylenes, energy gaps

molecular tining, diketopyrrolopyrroles (DPPs), bis(2-thienyl)phenylenes, energy gaps

KRAJČOVIČ, J.

2016

02.09.2015

978-80-214-5228- 2

Chemistry & Life 2015 - Book of Abstacts

143

144

2