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Flexible and Stretchable Electronics [PDF]
, 2017 Flexible and stretchable electronics are receiving tremendous attention as future electronics due to their flexibility and light weight, especially as applications in wearable electronics. Flexible electronics are usually fabricated on heat sensitive flexible substrates such as plastic, fabric or even paper, while stretchable electronics are usually ...
Seung Hwan Ko, Zhigang Wu, Daeho Lee
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Flexible Electronics and Healthcare Applications [PDF]
Frontiers in Nanotechnology, 2021 Flexible electronics has attracted tremendous attention in recent years. The essential requirements for flexible electronics include excellent electrical properties, flexibility and stretchability. By introducing special structures or using flexible materials, electronic devices can be given excellent flexibility and stretchability.
Zixian Wang +14 more
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Nanomaterials processing for flexible electronics [PDF]
2017 IEEE 26th International Symposium on Industrial Electronics (ISIE), 2017 Inorganic nanomaterials such as nanowires (NWs) and nanotubes (NTs) are explored for future flexible electronics applications due to their attributes such as high aspect ratio, enhanced surface-to-volume ratio, prominent mobility and ability to integrate on non-conventional substrates.
Shakthivel, D. +4 more
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Afterglow Carbon Dots: From Fundamentals to Applications
Research, 2021 The ability of carbon dots (CDs) to emit afterglow emission in addition to fluorescence in response to UV-to-visible excitation allows them to be a new class of luminescent materials.
Chenxi Peng +7 more
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Green flexible electronics based on starch
npj Flexible Electronics, 2022 Flexible electronics (FEs) with excellent flexibility or foldability may find widespread applications in the wearable devices, artificial intelligence (AI), Internet of Things (IoT), and other areas.
H. Xiang +5 more
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Silicene for flexible electronics
, 2022 The outstanding properties of graphene have laid the foundation for exploring graphene-like two-dimensional systems, commonly referred to as 2D-Xenes. Amongst them, silicene is a front-runner owing to its compatibility with current silicon fabrication technologies.
Sahoo, Swastik +5 more
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Advanced Intelligent Systems, 2022 Organic photodetectors (OPDs) are promising for applications in flexible electronics due to their advantages of excellent photodetection performance, cost‐effective solution‐fabrication capability, flexible device design, and adaptivity to ...
Zhaojue Lan, Min-Hsuan Lee, F. Zhu
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Flexible Displays Require Flexible Electronics [PDF]
Information Display, 2016 Display Week 2016 provided numerous examples of advancements in flexible‐display technologies. But even though flexible displays are now in production, they are used in fixed formats encased in rigid packaging, so users have not experienced the actual physical flexibility.
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The 2021 flexible and printed electronics roadmap [PDF]
Flexible and Printed Electronics, 2021 Abstract This roadmap includes the perspectives and visions of leading researchers in the key areas of flexible and printable electronics. The covered topics are broadly organized by the device technologies (sections 1–9), fabrication techniques (sections 10–12), and design and modeling approaches (sections 13 and 14) essential to the ...
Gerd Grau +36 more
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Modeling Thin Film Solar Cells: From Organic to Perovskite
Advanced Science, 2020 Device model simulation is one of the primary tools for modeling thin film solar cells from organic materials to organic–inorganic perovskite materials. By directly connecting the current density–voltage (J–V) curves to the underlying device physics, it ...
Deli Li +3 more
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