Controlling charge-transfer at the gate interface of organic field-effect transistors
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Scaling of semiconductor devices has pushed CMOS devices close to fundamental limits. The remarkable success story of Moore's law during the last 40 years, predicting the evolution of electronic device performances related to miniaturization, has always be ...
We have built a model organic field-effect transistor that is basically composed of a single layer of pentacene crystal in interaction with an oxide surface. Drain and source contacts are ohmic so that the pentacene layer can carry a current density as hig ...
Deutsche Physikalische Gesellschaft & IOP Publishing Ltd2005
The present doctoral thesis aims to contribute to the field of organic semiconductor physics and technology, both of which have become fast growing disciplines. Two technological applications are emerging from these research efforts: Organic light-emitting ...
This paper presents a process for the co-fabrication of self-aligned NMOS and single electron transistors made by gated polysilicon wires. The realization of SET–MOS hybrid architectures is also reported. The proposed process exploits an original low energ ...
Understanding the growth mechanism in molecular organic thin films is fundamental to their applications in organic electronics. We present an extensive study of the growth mechanism of pentacene thin films on silicon dioxide (SiO2) using atomic ...
On structural equilibration, butenyl sodium, potassium and cesium strongly favor the cis (endo) configuration over the extended form. The cis-trans ratios vary from 93:7 to 96:4 and 99.9:0.1 in the series Na, K, and Cs; the corresponding value for 2-butene ...
