New Invention Profile
| Publication No: | IN202211050720 [India] | Application No: | 202211050720 |
| Title: | Ionic-asymmetric aliphatic diamine terminated rylenedicarboximide organic electronic materials | ||
| Publication Date: | 08-03-2024 | File Date: | 02-09-2022 |
| Inventor(s): | Rachana Kumar ; Mehak Ahuja ; Sushil Kumar ; Asit Patra ; Rajiv K Singh ; Komal Bhardwaj ; Samya Naqvi | ||
| IPC Classification: | A61B17/82, G06F11/10, A61K9/48, G02B5/30, A23L19/00 | ||
| Abstract: | The future technology to provide electricity at lower cost and low carbon footprint and roll-to-roll compatibility. Low temperature solution processable organic electron transport layer materials soluble in orthogonal solvent to other layer materials are in demand. The present invention describes the synthesis of aliphatic diamine terminated rylenedicarboximide product, i.e, ionic asymmetric(2- aminoethyl)1,3 propanediamine)3,4,9,10-naphthalenedicarboximide (qAPA-NDCI)showing excellent properties in OSC as electron transport layer material with average power conversion efficiency ~7%. This ETL material show good film forming capabilities and possess crystalline nature which is essential for facile charge transport. On quaternization this ammonium salt possess molecular dipole moment which lowers its work function and improve the mobilities, conductivities and device performance. Although high efficiencies have been reported with rylene based ETL materials which are synthesized using multistep and complicated reactions, our molecules have promising results in OSCs following easy synthesis methods and device fabrication conditions. | ||
CSIR-National Physical Laboratory[CSIR-NPL]
: director[at]nplindia[dot]org
:91-11-45609201
:https://www.nplindia.in
: director[at]nplindia[dot]org
:91-11-45609201
:https://www.nplindia.in
Industrial Applications
Others [ROOT]