A new solution processible super conducting N-type polymer is ready for you to explore, please review the technical data sheet below for more information and let us know if you have any suggestion, thanks.
BioEl
2TDPP-OD-TEG
2TDPP-OD-TEG is available for your research needs. For more information, please review the typical COA as exampled below:
Organic mixed ion-electron conductor OMIEC extended DPP-g DPP-TEG, 2TDPP-OD-TEG, 2TDPP-OMe, PNDI-OD-5G, OMIEC
New organic mixed ion-electron conductors OMIEC polymers, basing on DPP-TEG are available for you:
PE2-OE3 PE2-OE4 Electrochromic Energy Storage OECT OMIEC and BioEL
Organic Mixed Ion-Electron Conductor (OMIEC):
PE2-OE polymers: Incorporation of the unfunctionalized biEDOT unit increases backbone planarity and overall electroactive polymer content, ultimately delivers low operational voltages, high transconductance, and promising pulsing stability; thereby deeming PE2-OE-based devices of high interest for the detection of biological events and amplifying signals for electrophysiological recordings.
ProDOT-4gDPP, PECD, OECT, OTE, BioEL
New ion-electron conducting polymers for ECD, OECT, OTE and BioEL applications.
OMIEC – Understanding Mixed Ionic-Electronic Conductors
1M is proud of support symposium #OMIEC – Understanding Mixed Ionic-Electronic Conductors within MATSUS Fall 24 conference.
S-BF2, Organic Phosphorescence Nanowire Lasers OSSL, CAS 2095631-11-9
S-BF2
CAS No: 2095631-11-9
Chemical Name: (E)-3-(((4-nitrophenyl)imino)methyl)-2H-thiochroman-4-olate·BF2
The first triplet-phosphorescence Organic Solid-State Laser (OSSL) from nanowire microcavity of a sulfide-substituted β-hydroxyvinylimine difluoroboron compound, for more information, please review TDS and selected references enclosed.
SWIR detector upconversion imaging narrow bandgap small-molecule acceptor ATT-X-Fin PDDIC-4F
SWIR small molecules with a spectral coverage of 0.3 to 1.3 micrometers peaking beyond 1000 nanometers: PDTTIC-4F and ATT-X-Fin derivatives, click the link below for more information.