Entries by sfb1083
Organic monolayers can reduce contact resistances in organic electronics – Publication by A2 (Witte)
In a detailed study, Felix Widdascheck, Alrun Hauke and Gregor Witte from SFB-project A2 show how phthalocyanine monolayers can be used to control the work function of noble metal electrodes, both in single crystalline model systems and for real life polycrystalline electrodes. Work function tailoring by means of organic monolayers […]
New ways of controlling and analyzing organic reactions on silicon surfaces – Publications by A8 (Koert/Dürr) & B5 (Höfer/Mette) and A6 (Tonner)
In a joint effort, the groups of SFB-projects A8 and B5 used scanning tunneling microscopy for controlling the final products of a textbook-type reaction of organic molecules on silicon surfaces. A detailed understanding of the driving forces of these reactions are obtained by means of energy decomposition analysis as developed […]
