High-performance fullerene C60 thin-film transistors operating at low voltages

Towards Gigahertz Operation: Ultrafast Low Turn‐on Organic Diodes and Rectifiers Based on C60 and Tungsten Oxide

“…This relatively high electron mobility is comparable to those reported for OTFTs based on C 60 [11][12][13] and can be regarded as one of the important origins for the high current densities achieved in these vertical diodes.…”

Mobility Improvement in N-Type Organic FET with Hetero-Layered Structure

“…For the channel layer, we employed C 60 , which is the most standard n-type organic semiconductor, and is reported to show the highest electron mobility for the device fabricated in ultra high vacuum condition [13][14][15][16][17]. For the interfacial layer, we employed two types of hole transporting materials, m-MTDATA and NPD, which are generally used for organic lightemitting diodes [18].…”

Hydrogenation of Fullerene C60: Material Design of Organic Semiconductors by Computation

“…This possibility originates from the fact that C 60 has an electronic degeneracy in its cationic state because of its high symmetry I h [21,22], but C 60 hydrides usually do not because of the reduction in symmetry by the addition of hydrogen. Electron mobility in C 60 film is about 1 cm 2 V −1 s −1 [20,23,24] so that C 60 is one of the most useful electron-transport materials. However, to achieve low-cost production and large-area devices, it is necessary for C 60 materials to have a solution-processable form, such as [6,6]-phenyl C 61 -butyric acid methyl ester (PCBM) [25].…”