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Enhanced hydrolytic and electrical stability of eco-friendly processed polyimide gate dielectrics for organic transistors

Yuri Jeong, Hyunjin Park, Yujin So, Hyun Jung Mun, Tae Joo Shin, No Kyun Park, Jinsoo Kim, Sungmi Yoo, Jong Chan Won, Yun Ho Kim

2020Journal of Materials Chemistry C22 citationsDOI

Abstract

Aromatic polyimides based on BPDA–<italic>p</italic>PDA incorporated with DMIZ exhibit a significant enhancement in hydrolytic stability and allow eco-friendly fabrication.

Topics & Concepts

PolyimideMaterials scienceFabricationEnvironmentally friendlyDielectricBPDATransistorHydrolysisOptoelectronicsNanotechnologyChemical engineeringOrganic chemistryElectrical engineeringVoltageChemistryLayer (electronics)EcologyEngineeringMedicinePathologyBiologyAlternative medicineSynthesis and properties of polymersOrganic Electronics and PhotovoltaicsConducting polymers and applications
Enhanced hydrolytic and electrical stability of eco-friendly processed polyimide gate dielectrics for organic transistors | Litcius