A simple technique for performing evaporation of quaterthiophene below the melting temperature for vapour phase polymerisation and physical vapour depositionElectronic supplementary information (ESI) available: Optical absorbance and XPS results of quaterthiophene. See DOI: 10.1039/c5ra16897j

By adjusting the molecular ordering of the evaporant used for vapour deposition, anappreciable evaporant partial pressure was achieved at temperatures far below the evaporant melting temperature with evaporation occurring over 100° below the melting temperature. The molecular ordering was adjusted b...

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Main Authors: Mayevsky, David, Tosado, Jacob, Easton, Christopher D, Ng, Chun Hin, Fuhrer, Michael S, Winther-Jensen, Bjorn
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creator Mayevsky, David
Tosado, Jacob
Easton, Christopher D
Ng, Chun Hin
Fuhrer, Michael S
Winther-Jensen, Bjorn
description By adjusting the molecular ordering of the evaporant used for vapour deposition, anappreciable evaporant partial pressure was achieved at temperatures far below the evaporant melting temperature with evaporation occurring over 100° below the melting temperature. The molecular ordering was adjusted by dissolving or dispersing the evaporant (MW > 300) in an ionic liquid or a high MW non-vaporisable polymer (MW ∼ 20 000). A new method to evaporate larger molecules for organic electronics.
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title A simple technique for performing evaporation of quaterthiophene below the melting temperature for vapour phase polymerisation and physical vapour depositionElectronic supplementary information (ESI) available: Optical absorbance and XPS results of quaterthiophene. See DOI: 10.1039/c5ra16897j
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