FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037895178> ?p ?o ?g. }

• W3037895178 endingPage "182" @default.
• W3037895178 startingPage "169" @default.
• W3037895178 abstract "Novel flexible transparent electrodes (FTEs) based on metal nanoparticles/nanowires (NWs), carbon nanotubes, graphene and conductive polymers play important roles in the development of flexible and even wearable electronic devices. Among them, the metal-nanostructure-based FTEs present high mechanical flexibility, excellent optical/electrical properties, and low cost, so they are attracting considerable attention in recent years. In this review, we will summarize the recent progress in metal-nanostructure FTEs, including the metal NWs, ultrathin metals, metals mesh, and composite electrodes. Moreover, we will also systematically introduce their applications in flexible electronic devices such as organic light-emitting diodes, supercapacitors, and solar cells." @default.
• W3037895178 created "2020-07-02" @default.
• W3037895178 creator A5008563587 @default.
• W3037895178 creator A5079766796 @default.
• W3037895178 date "2020-06-28" @default.
• W3037895178 modified "2023-10-11" @default.
• W3037895178 title "Metal‐microstructure based flexible transparent electrodes and their applications in electronic devices" @default.
• W3037895178 cites W1619856542 @default.
• W3037895178 cites W1968466984 @default.
• W3037895178 cites W1968869553 @default.
• W3037895178 cites W1983911872 @default.
• W3037895178 cites W1990664423 @default.
• W3037895178 cites W1994402876 @default.
• W3037895178 cites W2000076338 @default.
• W3037895178 cites W2001250803 @default.
• W3037895178 cites W2001279191 @default.
• W3037895178 cites W2003652844 @default.
• W3037895178 cites W2005766290 @default.
• W3037895178 cites W2005815430 @default.
• W3037895178 cites W2009791051 @default.
• W3037895178 cites W2013739204 @default.
• W3037895178 cites W2015707886 @default.
• W3037895178 cites W2018980438 @default.
• W3037895178 cites W2027361466 @default.
• W3037895178 cites W2029777497 @default.
• W3037895178 cites W2033885096 @default.
• W3037895178 cites W2037828229 @default.
• W3037895178 cites W2039077327 @default.
• W3037895178 cites W2048288835 @default.
• W3037895178 cites W2048563702 @default.
• W3037895178 cites W2052893329 @default.
• W3037895178 cites W2053111593 @default.
• W3037895178 cites W2053245195 @default.
• W3037895178 cites W2053599606 @default.
• W3037895178 cites W2068787336 @default.
• W3037895178 cites W2073658371 @default.
• W3037895178 cites W2078227722 @default.
• W3037895178 cites W2079727570 @default.
• W3037895178 cites W2080637005 @default.
• W3037895178 cites W2083820512 @default.
• W3037895178 cites W2088288568 @default.
• W3037895178 cites W2090318778 @default.
• W3037895178 cites W2090711230 @default.
• W3037895178 cites W2098076727 @default.
• W3037895178 cites W2098392133 @default.
• W3037895178 cites W2099251827 @default.
• W3037895178 cites W2121092339 @default.
• W3037895178 cites W2128643422 @default.
• W3037895178 cites W2132703333 @default.
• W3037895178 cites W2134063343 @default.
• W3037895178 cites W2141221714 @default.
• W3037895178 cites W2143998842 @default.
• W3037895178 cites W2163826949 @default.
• W3037895178 cites W2171040631 @default.
• W3037895178 cites W2318954160 @default.
• W3037895178 cites W2330826227 @default.
• W3037895178 cites W2340055873 @default.
• W3037895178 cites W2424003674 @default.
• W3037895178 cites W2534271968 @default.
• W3037895178 cites W2560780925 @default.
• W3037895178 cites W2594560935 @default.
• W3037895178 cites W2601490167 @default.
• W3037895178 cites W2604498239 @default.
• W3037895178 cites W2612110680 @default.
• W3037895178 cites W2613899770 @default.
• W3037895178 cites W2761978088 @default.
• W3037895178 cites W2769239311 @default.
• W3037895178 cites W2780593027 @default.
• W3037895178 cites W2780624927 @default.
• W3037895178 cites W2783664439 @default.
• W3037895178 cites W2790464011 @default.
• W3037895178 cites W2800853264 @default.
• W3037895178 cites W2803800322 @default.
• W3037895178 cites W2803952794 @default.
• W3037895178 cites W2809778443 @default.
• W3037895178 cites W2892224218 @default.
• W3037895178 cites W2895837503 @default.
• W3037895178 cites W2909189035 @default.
• W3037895178 cites W2909293683 @default.
• W3037895178 cites W2922685868 @default.
• W3037895178 cites W2923573336 @default.
• W3037895178 cites W2931409695 @default.
• W3037895178 cites W2945844653 @default.
• W3037895178 cites W2951085926 @default.
• W3037895178 cites W2958231192 @default.
• W3037895178 cites W2964943205 @default.
• W3037895178 cites W2988232991 @default.
• W3037895178 cites W3187956755 @default.
• W3037895178 doi "https://doi.org/10.1002/nano.202000006" @default.
• W3037895178 hasPublicationYear "2020" @default.
• W3037895178 type Work @default.
• W3037895178 sameAs 3037895178 @default.
• W3037895178 citedByCount "18" @default.
• W3037895178 countsByYear W30378951782020 @default.
• W3037895178 countsByYear W30378951782021 @default.
• W3037895178 countsByYear W30378951782022 @default.
• W3037895178 countsByYear W30378951782023 @default.
• W3037895178 crossrefType "journal-article" @default.

• next