Anisotropic Photoelectric Properties of Aligned P3HT Nanowire Arrays Fabricated via Solution Blade Coating and UV-Induced Molecular Ordering [0.03%]
溶液刮涂和紫外光诱导分子有序化法制备平行阵列P3HT纳米线及其各向异性光电性能研究
Qianxun Gong,Jin Luo,Chen Meng et al.
Qianxun Gong et al.
The scalable fabrication and tunable anisotropy demonstrate potential for polarization-sensitive organic electronics and anisotropic logic devices.
High electrical conductivity in directionally polymerized C60 nanowires by grazing incidence of single particles [0.03%]
单粒子斜入射定向聚合C60纳米线的高电导率
Masaki Nobuoka,Shugo Sakaguchi,Minori Kawata et al.
Masaki Nobuoka et al.
As organic electronics continue to evolve, there is a growing demand for nanometer-scale microfabrication techniques for organic semiconductors.
Concealed antiaromaticity [0.03%]
隐蔽的反芳香性
Florian Glöcklhofer
Florian Glöcklhofer
The concept of concealed antiaromaticity will enable the rational design of molecules that show the desirable properties of antiaromatic molecules under the different conditions, with applications from organic electronics to photoresponsive materials, while avoiding the low stability of truly antiaromatic
On the photoluminescence in triarylmethyl-centered mono-, di-, and multiradicals [0.03%]
以三芳基甲烷为中心的单、双及多自由基光致发光性质研究
Daniel Straub,Markus Gross,Mona E Arnold et al.
Daniel Straub et al.
Organic radicals with light-emitting properties and exceptional stability offer exciting opportunities to address spin-statistical limitations in organic electronics and advance quantum technologies.
Effect of Chalcogen Interaction on the Structure of Methine-Bridged Trichalcogenophenes [0.03%]
杂原子相互作用对三杂环甲撑桥连化合物结构的影响
Rio Nishimura,Ken-Ichi Yamashita
Rio Nishimura
Polythienylenemethylidenes (PTMs) are promising conjugated polymers for organic electronics owing to their narrow bandgaps and extended π-conjugation. However, their stereochemistry remains unexplored....These findings elucidate the role of chalcogen bonding in stabilizing ZZ-trithiophenes and contribute to designing PTMs with controlled stereochemistry for organic electronics applications.
Design and Development of Biocompatible, Flexible, and Biodegradable Collagen-Based Organic Field-Effect Transistors [0.03%]
用于生物电子器件的天然有机柔性可降解神经营控芯片与系统研发
Piumi Kulatunga,Adam Pillon,Sophia P McKillop et al.
Piumi Kulatunga et al.
Despite these promising developments, achieving stretchable and deformable organic electronics that are also biocompatible and degradable upon demand remains a considerable challenge....Overall, our findings underscore the potential of collagen-based organic electronics for advancing deformable bioelectronics, combining key features such as biocompatibility and degradability to address critical needs in this emerging field.
Thiazole-Fused Naphthalene Diimide-Based n-Type Conjugated Polymer: Synthesis, Properties, and Applications in Organic Electronics [0.03%]
噻唑稠合萘二酰亚胺基n型共轭聚合物：合成、性能及其在有机电子器件中的应用
Xiang Xue,Cheng Li,Kaiyuan Chenchai et al.
Xiang Xue et al.
Significant progress has been achieved in the development of p-type polymers with high hole mobilities. However, the advancement of n-type polymers has been comparatively slower, and the lack of high-performance electron-deficient materials...
Asymmetric B←N Functionalized Benzothiadiazoles for High-Performance n-Type Semiconducting Polymers [0.03%]
用于高性能n型半导体聚合物的不对称B←N功能化苯并二噻二唑
Kewei Jiao,Wei Song,Di Liu et al.
Kewei Jiao et al.
B←N containing polymers have emerged in organic electronics due to their fascinating optical and electronic properties.
Versatile Direct (Hetero)Arylation Polymerization of Electro-Deficient Unsubstituted Thiazolo[5,4-d]Thiazole: A Tool to Lower the LUMO Level [0.03%]
电不足的无取代噻唑并[5,4-d]噻唑的多功能直接（杂）芳基化聚合：一种降低LUMO能量的方法
Badr Jismy,Pablo Durand,Jasmine P Jacob et al.
Badr Jismy et al.
A synthesis tool to finely lower the LUMO levels of next-generation A-A' copolymers in view of increasing the performance and air-stability of doped organic electronics is believed to be provided by this work.
Low-Temperature Melt-Processable Polymer Semiconductors with Large-Ring Crown Ether Side Chains for High-Performance Organic Electronics [0.03%]
具有大环冠醚侧链的低温熔融加工型聚合物半导体用于高性能有机电子器件
Yu Zhang,Dongdong Chang,Zhihui Wang et al.
Yu Zhang et al.
Polymer semiconductors are crucial components in organic electronics and have shown remarkable progress in recent years.
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