Soluble polythiophenes with pendant fullerene groups as double cable materials for photodiodes
Advanced Materials, 2001•Wiley Online Library
A novel “double cable” material for photodiodes, containing both electron‐and hole‐
transporting functional groups, is obtained by co‐polymerization of thiophenes that bear a
covalently linker‐bound fullerene (see Figure). Even at 14% of fullerene substitution, the
order of the main polythiophene chain is not seriously disturbed.
transporting functional groups, is obtained by co‐polymerization of thiophenes that bear a
covalently linker‐bound fullerene (see Figure). Even at 14% of fullerene substitution, the
order of the main polythiophene chain is not seriously disturbed.
A novel “double cable” material for photodiodes, containing both electron‐ and hole‐transporting functional groups, is obtained by co‐polymerization of thiophenes that bear a covalently linker‐bound fullerene (see Figure). Even at 14 % of fullerene substitution, the order of the main polythiophene chain is not seriously disturbed.
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