FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2763385890> ?p ?o ?g. }

• W2763385890 endingPage "553" @default.
• W2763385890 startingPage "545" @default.
• W2763385890 abstract "Abstract Optical memory effect plays a critical role in energy-saving coefficient of electrochromic devices (ECDs). Due to the finite electron-blocking capacity of ions electrolyte layer and the weak interfacial energy between the ions electrolyte layer and electrochromic layers, typically five-layer inorganic all-solid-state ECDs generally suffer from poor optical memory. A seven-layer inorganic ECD with significantly improved optical memory is designed by means of the embedment of Ta 2 O 5 layers between ions conductive layer and electrochromic layers. Compared with the typical five-layer ECD-1 (ITO/NiO x /LiNbO 3 /WO 3 /ITO), the seven-layer ECD-2 with the structure of ITO/NiO x /Ta 2 O 5 /LiNbO 3 /Ta 2 O 5 /WO 3 /ITO presents much less leakage current, larger optical modulation and higher coloration efficiency during electrochemical cycling. The further analyses reveal that the embedded Ta 2 O 5 layers greatly increase the energy barrier between NiO x , WO 3 and LiNbO 3 , imposing restrictions on the transfer kinetics of electrons contributing to the leakage current and enlarging the threshold potential available to ECD-2, which gives rise to a high coloration efficiency up to 98.0 cm 2  C −1 . Furthermore, the seven-layer ECD-2 maintains a stable optical modulation of approximately 52.5% for over 10,000 cycles, even though there is a compromise in response characteristic due to the Li + -ion trapping in electrochromic layers, which provides a further insight into the electrochromic degradation of inorganic all-solid-state complementary ECDs." @default.
• W2763385890 created "2017-10-20" @default.
• W2763385890 creator A5006307905 @default.
• W2763385890 creator A5018639946 @default.
• W2763385890 creator A5024600483 @default.
• W2763385890 creator A5024972234 @default.
• W2763385890 creator A5033625649 @default.
• W2763385890 creator A5062821149 @default.
• W2763385890 creator A5072763991 @default.
• W2763385890 creator A5084721387 @default.
• W2763385890 date "2018-01-01" @default.
• W2763385890 modified "2023-10-16" @default.
• W2763385890 title "Charge-transfer kinetics and cyclic properties of inorganic all-solid-state electrochromic device with remarkably improved optical memory" @default.
• W2763385890 cites W1654290117 @default.
• W2763385890 cites W1878193975 @default.
• W2763385890 cites W1966294607 @default.
• W2763385890 cites W1967916806 @default.
• W2763385890 cites W1971531691 @default.
• W2763385890 cites W1973201536 @default.
• W2763385890 cites W1975577523 @default.
• W2763385890 cites W1980784183 @default.
• W2763385890 cites W1981835306 @default.
• W2763385890 cites W1982852529 @default.
• W2763385890 cites W1987556553 @default.
• W2763385890 cites W1988185808 @default.
• W2763385890 cites W1990674081 @default.
• W2763385890 cites W1995174316 @default.
• W2763385890 cites W2000649803 @default.
• W2763385890 cites W2003994329 @default.
• W2763385890 cites W2006517289 @default.
• W2763385890 cites W2012154162 @default.
• W2763385890 cites W2014477016 @default.
• W2763385890 cites W2019671154 @default.
• W2763385890 cites W2023629629 @default.
• W2763385890 cites W2032666214 @default.
• W2763385890 cites W2035542498 @default.
• W2763385890 cites W2035702566 @default.
• W2763385890 cites W2039268786 @default.
• W2763385890 cites W2045466170 @default.
• W2763385890 cites W2047866638 @default.
• W2763385890 cites W2047952033 @default.
• W2763385890 cites W2057638617 @default.
• W2763385890 cites W2067468835 @default.
• W2763385890 cites W2070626857 @default.
• W2763385890 cites W2074138342 @default.
• W2763385890 cites W2075943493 @default.
• W2763385890 cites W2078160144 @default.
• W2763385890 cites W2080208213 @default.
• W2763385890 cites W2081649386 @default.
• W2763385890 cites W2086083047 @default.
• W2763385890 cites W2087996199 @default.
• W2763385890 cites W2092928201 @default.
• W2763385890 cites W2093014835 @default.
• W2763385890 cites W2093102599 @default.
• W2763385890 cites W2102294803 @default.
• W2763385890 cites W2121959681 @default.
• W2763385890 cites W2125017417 @default.
• W2763385890 cites W2128769195 @default.
• W2763385890 cites W2166083437 @default.
• W2763385890 cites W2171141909 @default.
• W2763385890 cites W2176636321 @default.
• W2763385890 cites W2198510513 @default.
• W2763385890 cites W2234005874 @default.
• W2763385890 cites W2254592573 @default.
• W2763385890 cites W2275845289 @default.
• W2763385890 cites W2282166953 @default.
• W2763385890 cites W2290263470 @default.
• W2763385890 cites W2316513067 @default.
• W2763385890 cites W2436347322 @default.
• W2763385890 cites W2472858624 @default.
• W2763385890 cites W2509257134 @default.
• W2763385890 cites W2517838746 @default.
• W2763385890 cites W2528395773 @default.
• W2763385890 doi "https://doi.org/10.1016/j.solmat.2017.09.012" @default.
• W2763385890 hasPublicationYear "2018" @default.
• W2763385890 type Work @default.
• W2763385890 sameAs 2763385890 @default.
• W2763385890 citedByCount "65" @default.
• W2763385890 countsByYear W27633858902018 @default.
• W2763385890 countsByYear W27633858902019 @default.
• W2763385890 countsByYear W27633858902020 @default.
• W2763385890 countsByYear W27633858902021 @default.
• W2763385890 countsByYear W27633858902022 @default.
• W2763385890 countsByYear W27633858902023 @default.
• W2763385890 crossrefType "journal-article" @default.
• W2763385890 hasAuthorship W2763385890A5006307905 @default.
• W2763385890 hasAuthorship W2763385890A5018639946 @default.
• W2763385890 hasAuthorship W2763385890A5024600483 @default.
• W2763385890 hasAuthorship W2763385890A5024972234 @default.
• W2763385890 hasAuthorship W2763385890A5033625649 @default.
• W2763385890 hasAuthorship W2763385890A5062821149 @default.
• W2763385890 hasAuthorship W2763385890A5072763991 @default.
• W2763385890 hasAuthorship W2763385890A5084721387 @default.
• W2763385890 hasConcept C101643646 @default.
• W2763385890 hasConcept C107814960 @default.
• W2763385890 hasConcept C121332964 @default.
• W2763385890 hasConcept C147789679 @default.
• W2763385890 hasConcept C148898269 @default.

• next