Matches in SemOpenAlex for { <https://semopenalex.org/work/W2774958712> ?p ?o ?g. }
- W2774958712 endingPage "682" @default.
- W2774958712 startingPage "678" @default.
- W2774958712 abstract "A new type of materials, organic salts in the crystal state, have ultralong organic phosphorescence (UOP) under ambient conditions. The change of cations (NH4+ , Na+ , or K+ ) in these phosphors gives access to tunable UOP colors ranging from sky blue to yellow green, along with ultralong emission lifetimes of over 504 ms. Single-crystal analysis reveals that unique ionic bonding can promote an ordered arrangement of organic salts in crystal state, which then can facilitate molecular aggregation for UOP generation. Additionally, reversible ultralong phosphorescence can be realized through the alternative employment of fuming gases (ammonia and hydrogen chloride), demonstrating its potential as a candidate for visual ammonic or hydrogen chloride gas sensing. The results provide an environmental responsible and practicable synthetic approach to expanding the scope of ultralong organic phosphorescent materials as well as their applications." @default.
- W2774958712 created "2017-12-22" @default.
- W2774958712 creator A5006737138 @default.
- W2774958712 creator A5006911737 @default.
- W2774958712 creator A5007348590 @default.
- W2774958712 creator A5022825215 @default.
- W2774958712 creator A5067370983 @default.
- W2774958712 creator A5074358022 @default.
- W2774958712 creator A5077529065 @default.
- W2774958712 creator A5081561154 @default.
- W2774958712 creator A5085671271 @default.
- W2774958712 creator A5086962537 @default.
- W2774958712 creator A5089314659 @default.
- W2774958712 date "2018-01-15" @default.
- W2774958712 modified "2023-10-14" @default.
- W2774958712 title "Ultralong Phosphorescence from Organic Ionic Crystals under Ambient Conditions" @default.
- W2774958712 cites W1768018281 @default.
- W2774958712 cites W1883426436 @default.
- W2774958712 cites W1910905290 @default.
- W2774958712 cites W1954043143 @default.
- W2774958712 cites W1971871177 @default.
- W2774958712 cites W1973334561 @default.
- W2774958712 cites W1979468425 @default.
- W2774958712 cites W1983929876 @default.
- W2774958712 cites W1995673420 @default.
- W2774958712 cites W2006413280 @default.
- W2774958712 cites W2008986735 @default.
- W2774958712 cites W2031864053 @default.
- W2774958712 cites W2034078366 @default.
- W2774958712 cites W2039298955 @default.
- W2774958712 cites W2068351697 @default.
- W2774958712 cites W2078925318 @default.
- W2774958712 cites W2088198801 @default.
- W2774958712 cites W2089596991 @default.
- W2774958712 cites W2090308321 @default.
- W2774958712 cites W2097535648 @default.
- W2774958712 cites W2124100398 @default.
- W2774958712 cites W2134063343 @default.
- W2774958712 cites W2156640218 @default.
- W2774958712 cites W2158926184 @default.
- W2774958712 cites W2164575729 @default.
- W2774958712 cites W2168534086 @default.
- W2774958712 cites W2224917862 @default.
- W2774958712 cites W2255605567 @default.
- W2774958712 cites W2265893062 @default.
- W2774958712 cites W2307207401 @default.
- W2774958712 cites W2313408286 @default.
- W2774958712 cites W2314938964 @default.
- W2774958712 cites W2323515555 @default.
- W2774958712 cites W2341509382 @default.
- W2774958712 cites W2469715385 @default.
- W2774958712 cites W2504694582 @default.
- W2774958712 cites W2519836513 @default.
- W2774958712 cites W2530816873 @default.
- W2774958712 cites W2564079870 @default.
- W2774958712 cites W2581084278 @default.
- W2774958712 cites W2582591030 @default.
- W2774958712 cites W2587643221 @default.
- W2774958712 cites W2589390482 @default.
- W2774958712 cites W2604304462 @default.
- W2774958712 cites W2605326899 @default.
- W2774958712 cites W2626202805 @default.
- W2774958712 cites W2736069597 @default.
- W2774958712 cites W2751375647 @default.
- W2774958712 cites W4206850041 @default.
- W2774958712 cites W4211191302 @default.
- W2774958712 cites W4231670307 @default.
- W2774958712 cites W4237989175 @default.
- W2774958712 cites W4251505621 @default.
- W2774958712 cites W4252827888 @default.
- W2774958712 doi "https://doi.org/10.1002/anie.201710017" @default.
- W2774958712 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29205713" @default.
- W2774958712 hasPublicationYear "2018" @default.
- W2774958712 type Work @default.
- W2774958712 sameAs 2774958712 @default.
- W2774958712 citedByCount "161" @default.
- W2774958712 countsByYear W27749587122018 @default.
- W2774958712 countsByYear W27749587122019 @default.
- W2774958712 countsByYear W27749587122020 @default.
- W2774958712 countsByYear W27749587122021 @default.
- W2774958712 countsByYear W27749587122022 @default.
- W2774958712 countsByYear W27749587122023 @default.
- W2774958712 crossrefType "journal-article" @default.
- W2774958712 hasAuthorship W2774958712A5006737138 @default.
- W2774958712 hasAuthorship W2774958712A5006911737 @default.
- W2774958712 hasAuthorship W2774958712A5007348590 @default.
- W2774958712 hasAuthorship W2774958712A5022825215 @default.
- W2774958712 hasAuthorship W2774958712A5067370983 @default.
- W2774958712 hasAuthorship W2774958712A5074358022 @default.
- W2774958712 hasAuthorship W2774958712A5077529065 @default.
- W2774958712 hasAuthorship W2774958712A5081561154 @default.
- W2774958712 hasAuthorship W2774958712A5085671271 @default.
- W2774958712 hasAuthorship W2774958712A5086962537 @default.
- W2774958712 hasAuthorship W2774958712A5089314659 @default.
- W2774958712 hasConcept C112887158 @default.
- W2774958712 hasConcept C120665830 @default.
- W2774958712 hasConcept C121332964 @default.
- W2774958712 hasConcept C124385694 @default.