Written by Super User on 20 July 2017 . Posted in Publications .
2016
[34] High performing solution-coated electrolyte-gated organic field-effect transistors for aqueous media operation
[33] Electrolyte-gated organic field-effect transistor based on a solution sheared organic semiconductor blend
[32] A redox-active radical as an effective nanoelectronic component: stability and electrochemical tunnelling spectroscopy in ionic liquids
[31] Precise characterisation of molecular orientation in a single crystal field-effect transistor using polarised Raman spectroscopy
[30] Structural and electronic characterisation of pi-extended tetrathiafulvalene derivatives as active components in field-effect transistors
[29] Chemical control over the energy level alignment in a two-terminal junction
[28] Rapid, low-cost, and scalable technique for printing state-of-the-art organic field-effect transistors
[27] A surface confined yttrium(III) bis-phthalocyaninato complex: a colourful switch controlled by electrons
[26] Donor/acceptor mixed self-assembled monolayers for realizing a multiredox-state surface
[25] Large-Size Star-Shaped Conjugated (Fused) Triphthalocyaninehexaazatriphenylene
[24] Single crystal-like performance in solution-coated thin-film organic field-effect transistors
[23] An electrically driven and readable molecular monolayer switch based on a solid electrolyte
[22] Tuning crystal ordering, electronic structure, and morphology in organic semiconductors: Tetrathiafulvalenes as a model case