FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113102420> ?p ?o ?g. }

• W2113102420 endingPage "339" @default.
• W2113102420 startingPage "329" @default.
• W2113102420 abstract "Abstract A revolution is ongoing in the field of artificial light emission, with two prime examples being the quickly growing application of the energy‐efficient light‐emitting diode (LED) in illumination and the introduction of the high‐contrast organic LED (OLED) display in various handheld appliances. It is anticipated that the next big breakthrough will constitute the emergence of a true low‐cost technology, which features novel and attractive form factors such as flexibility, light‐weight, and large‐area emission. To realize this challenging vision, it is mandatory to identify an emissive technology that can be fabricated in a low‐energy and material‐conservative manner. In this context, recent demonstrations of a roll‐to‐roll (R2R) compatible coating and printing of thin‐film light‐emitting electrochemical cells (LECs) on flexible substrates are highly interesting. Here, we review these achievements, and perform a first analysis of the merits of different LEC fabrication methods with regard to material consumption, capital investment, running cost, and throughput. Among our findings we mention a fault‐tolerant, small‐volume batch fabrication of LEC devices using spray sintering, which can be executed at a low installment cost of 100 000 €, but where the large‐area devices currently carry a fabrication cost tag of 14 000 € m −2 . The true appeal of the technology is, therefore, better visualized in the high‐volume R2R‐coating scenario, for which the installment cost is 20 times higher, but where the projected price tag is much more attractive (11 € per m 2 ). If such flexible and light‐weight (and potentially metal‐free) sheets are driven at a luminance of 1000 cd m −2 , the cost per lumen is a mere 0.0036 € lm −1 , which is one order of magnitude lower than the projected future costs for LEDs and OLEDs." @default.
• W2113102420 created "2016-06-24" @default.
• W2113102420 creator A5073737253 @default.
• W2113102420 creator A5090088177 @default.
• W2113102420 date "2015-04-01" @default.
• W2113102420 modified "2023-10-18" @default.
• W2113102420 title "Towards High‐Throughput Coating and Printing of Light‐Emitting Electrochemical Cells: A Review and Cost Analysis of Current and Future Methods" @default.
• W2113102420 cites W1966828273 @default.
• W2113102420 cites W1968642657 @default.
• W2113102420 cites W1969155156 @default.
• W2113102420 cites W1971177066 @default.
• W2113102420 cites W1972499948 @default.
• W2113102420 cites W1972705627 @default.
• W2113102420 cites W1976981112 @default.
• W2113102420 cites W1982446111 @default.
• W2113102420 cites W1983133004 @default.
• W2113102420 cites W1984091613 @default.
• W2113102420 cites W1984536767 @default.
• W2113102420 cites W1995797281 @default.
• W2113102420 cites W1999567141 @default.
• W2113102420 cites W2003715101 @default.
• W2113102420 cites W2007211296 @default.
• W2113102420 cites W2010544189 @default.
• W2113102420 cites W2011196947 @default.
• W2113102420 cites W2011797086 @default.
• W2113102420 cites W2013842183 @default.
• W2113102420 cites W2013870894 @default.
• W2113102420 cites W2017959401 @default.
• W2113102420 cites W2019606976 @default.
• W2113102420 cites W2021442791 @default.
• W2113102420 cites W2023308368 @default.
• W2113102420 cites W2026272618 @default.
• W2113102420 cites W2027768641 @default.
• W2113102420 cites W2029101884 @default.
• W2113102420 cites W2032490793 @default.
• W2113102420 cites W2032618809 @default.
• W2113102420 cites W2038991915 @default.
• W2113102420 cites W2039291768 @default.
• W2113102420 cites W2039686692 @default.
• W2113102420 cites W2040045720 @default.
• W2113102420 cites W2041733209 @default.
• W2113102420 cites W2044357453 @default.
• W2113102420 cites W2046292066 @default.
• W2113102420 cites W2059027054 @default.
• W2113102420 cites W2060611007 @default.
• W2113102420 cites W2060813357 @default.
• W2113102420 cites W2060993002 @default.
• W2113102420 cites W2064375828 @default.
• W2113102420 cites W2064443631 @default.
• W2113102420 cites W2065433710 @default.
• W2113102420 cites W2069754586 @default.
• W2113102420 cites W2070928010 @default.
• W2113102420 cites W2072270350 @default.
• W2113102420 cites W2074417836 @default.
• W2113102420 cites W2077193745 @default.
• W2113102420 cites W2078801729 @default.
• W2113102420 cites W2080102711 @default.
• W2113102420 cites W2082467207 @default.
• W2113102420 cites W2082888785 @default.
• W2113102420 cites W2083420069 @default.
• W2113102420 cites W2084359746 @default.
• W2113102420 cites W2086702785 @default.
• W2113102420 cites W2087737062 @default.
• W2113102420 cites W2090514156 @default.
• W2113102420 cites W2091436710 @default.
• W2113102420 cites W2091620028 @default.
• W2113102420 cites W2092223156 @default.
• W2113102420 cites W2099584939 @default.
• W2113102420 cites W2106345536 @default.
• W2113102420 cites W2117101008 @default.
• W2113102420 cites W2128291255 @default.
• W2113102420 cites W2129843224 @default.
• W2113102420 cites W2141858285 @default.
• W2113102420 cites W2151354938 @default.
• W2113102420 cites W2154318250 @default.
• W2113102420 cites W2155080508 @default.
• W2113102420 cites W2324929325 @default.
• W2113102420 doi "https://doi.org/10.1002/ente.201402201" @default.
• W2113102420 hasPublicationYear "2015" @default.
• W2113102420 type Work @default.
• W2113102420 sameAs 2113102420 @default.
• W2113102420 citedByCount "100" @default.
• W2113102420 countsByYear W21131024202016 @default.
• W2113102420 countsByYear W21131024202017 @default.
• W2113102420 countsByYear W21131024202018 @default.
• W2113102420 countsByYear W21131024202019 @default.
• W2113102420 countsByYear W21131024202020 @default.
• W2113102420 countsByYear W21131024202021 @default.
• W2113102420 countsByYear W21131024202022 @default.
• W2113102420 countsByYear W21131024202023 @default.
• W2113102420 crossrefType "journal-article" @default.
• W2113102420 hasAuthorship W2113102420A5073737253 @default.
• W2113102420 hasAuthorship W2113102420A5090088177 @default.
• W2113102420 hasBestOaLocation W21131024201 @default.
• W2113102420 hasConcept C105795698 @default.
• W2113102420 hasConcept C119599485 @default.
• W2113102420 hasConcept C127413603 @default.
• W2113102420 hasConcept C136525101 @default.

• next