Highly flexible, conductive and transparent PEDOT:PSS/Au/PEDOT:PSS multilayer electrode for optoelectronic devices

Aleksandrova, Mariya; Videkov, Valentin; Ivanova, Radost; Singh, Ajaya Kumar; Thool, Gautam Sheel

doi:10.1016/j.matlet.2016.03.127

Cited by 34 publications

(15 citation statements)

References 31 publications

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“…(PEDOT : PSS [29] [41,42] . Lee 等人 [41] 在 PET衬底上制备了ZnO/Ag/ZnO/Ag/WO 3 结构透明电极, 通过在两层Ag之间引入ZnO夹层, 使该多层膜具有极低的表面电阻(1.6 Ω/sq), 优化各膜层厚度所得的样品具有高且宽的透过率谱峰(平均光透过率为 75%).…”

Section: Tcf的表面电阻(r S )和光透过率(T)是衡量其光unclassified

Recent progress of multilayer composite transparent conductive film

Jiang

Wang

et al. 2017

Chin. Sci. Bull.

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Highly conductive and transparent metal-organic frameworks thin film SCIENCE CHINA Materials 62, 1350 (2019); Recent progress in thin film fluorescent probe for organic amine vapour SCIENCE CHINA Chemistry 59, 3 (2016); Recent progress in the numerical modeling for organic thin film solar cells SCIENCE CHINA Physics, Mechanics & Astronomy 54, 375 (2011); Transparent conductive reduced graphene oxide thin films produced by spray coating

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Section: Tcf的表面电阻(r S )和光透过率(T)是衡量其光unclassified

Recent progress of multilayer composite transparent conductive film

Jiang

Wang

et al. 2017

Chin. Sci. Bull.

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“…Therefore, there is intensive ongoing research to develop alternatives for indium and ITO. Few potential substitutes for indium are found in some applications-e.g., PEDOT [Poly(3,4,-ethylene dioxythiophene)] in flexible displays [30] and touch screens [31], as well as gallium in photovoltaic cells [32,33]. Moreover, antimony tin oxide (ATO) coatings have been developed and successfully fabricated for applying to flexible electronics [34,35].…”

Section: Unique Technical Properties Of Indiummentioning

confidence: 99%

Drivers and Constraints of Critical Materials Recycling: The Case of Indium

Ylä-Mella

Pongrácz

2016

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Abstract:Raw material criticality studies are receiving increasing attention because an increasing number of elements of great economic importance, performing essential functions face high supply risks. Scarcity of key materials is a potential barrier to large-scale deployment of sustainable energy and clean-tech technologies as resorting to several critical materials. As physical scarcity and geopolitical issues may present a barrier to the supply of critical metals, recycling is regarded as a possible solution to substitute primary resources for securing the long-term supply of critical metals. In this paper, the main drivers and constraints for critical materials recycling are analyzed from literature, considering indium as a case study of critical materials. This literature review shows that waste electrical and electronic equipment (WEEE) could be a future source of critical metals; however, the reduction of dissipation of critical materials should have much higher priority. It is put forward that more attention should be paid to sustainable management of critical materials, especially improved practices at the waste management stage. This calls for not only more efficient WEEE recycling technologies, but also revising priorities in recycling strategies.

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“…Attractive alternatives to conventional TCOs are represented by metallic nanostructures in the form of ultrathin films (Stec et al, 2011;Zhang et al, 2017;Pereira et al, 2018) or multilayered structural configurations, such as dielectric/metal/dielectric (D/M/D), organic/metal/organic and polymer/metal/polymer architectures (Cattin et al, 2013;Della Gaspera et al, 2015;Guo et al, 2015;Aleksandrova et al, 2016;Kao et al, 2018;Liang et al, 2018). D/M/D are excellent candidates as transparent conductors (Bi et al, 2019): in general stacks based on Ag ultrathin films show the best optoelectrical properties (T = 80-90%, R s = 10-20 /sq) (Guo et al, 2012;Wang et al, 2014;Behrendt et al, 2015), but multilayers based on Au should be preferred for application in PSCs, due to their higher stability.…”

Section: Introductionmentioning

confidence: 99%