Conjugated Nanopolymer Based on a Nanogrid: Approach
toward Stable Polyfluorene-Type Fluorescent Emitter for Blue Polymer
Light-Emitting Diodes
Posted on 2019-08-14 - 21:29
Although
the performance of organic semiconductor devices has reached
the standard of commercial products after several decades of development,
the stability of organic semiconducting materials remains a key factor
that severely impedes the long-term operation of organic electronics
in the practical applications. In this study, a conjugated nanopolymer
based on a nanogrid was synthesized and systematically examined, and
it was compared with two other types of polyfluorenes in terms of
the stability, including thermal, spectral, morphological, and electroluminescent
stability. These results reveal that the grid structure in PG-C8 nanopolymer not only enables higher thermal and spectral stability
but also provides better morphology stability and electroluminescent
stability than traditional linear polyfluorene PFO and
polyfluorene PH with nongrid steric hindrance. Therefore,
research into optimized nanogrid-based nanopolymers can be an effective
strategy for obtaining comprehensively ultrastable materials and devices
for plastic electronics.
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Feng, Quanyou; Xie, Songlin; Tan, Kesheng; Zheng, Xiaojun; Yu, Zhitao; Li, Lianjie; et al. (2019). Conjugated Nanopolymer Based on a Nanogrid: Approach
toward Stable Polyfluorene-Type Fluorescent Emitter for Blue Polymer
Light-Emitting Diodes. ACS Publications. Collection. https://doi.org/10.1021/acsapm.9b00559
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AUTHORS (13)
QF
Quanyou Feng
SX
Songlin Xie
KT
Kesheng Tan
XZ
Xiaojun Zheng
ZY
Zhitao Yu
LL
Lianjie Li
BL
Bin Liu
BL
Bin Li
MY
Mengna Yu
YY
Yang Yu
XZ
Xinwen Zhang
LX
Linghai Xie
WH
Wei Huang