FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2800543145> ?p ?o ?g. }

• W2800543145 endingPage "4938" @default.
• W2800543145 startingPage "4930" @default.
• W2800543145 abstract "Abstract Chloroform soluble luminescent undoped and europium doped LaPO 4 nanoparticles (NPs) were synthesized by oleic acid mediated solvothermal technique at low temperature (150 °C). These NPs have nanorod (NR) shape as confirmed by Transmission electron microscopy (TEM) and monoclinic phase as confirmed by X‐ray diffraction (XRD) measurement. Fourier transform infrared (FTIR) studies shows that oleic acid is bound to the surface of NRs. The Photoluminscence (PL) spectroscopy suggests that the undoped LaPO 4 emits violet blue light when excited by UV‐light due to the surface oleate groups. In the doped NRs, oleate group serves as a sensitizer for the surface Eu 3+ ions. In order to increase the emission output of these NRs, 2‐theonoyltrifluoroacetonate (TTA) is used to sensitize the emission of surface Eu 3+ ions. PL spectroscopy and lifetime measurements clearly show that sensitization takes place only on the surface of the NRs while the core Eu 3+ ions remains unsenesitized. The emission output is increased 33 times as compared to the unsensitized NRs. Further, these NRs were transferred from organic to the aqueous phase by citric acid. The NPs thus obtained are redispersible in water with good colloidal stability. Here, also sensitization of surface europium ions occurs in aqueous solution by TTA ligand. These luminescent organic and water soluble NRs further strengthen the application in the fields of optical display, lighting and bioimaging." @default.
• W2800543145 created "2018-05-17" @default.
• W2800543145 creator A5007885200 @default.
• W2800543145 creator A5008861676 @default.
• W2800543145 creator A5056081437 @default.
• W2800543145 creator A5087260499 @default.
• W2800543145 date "2018-05-07" @default.
• W2800543145 modified "2023-09-27" @default.
• W2800543145 title "Organic Soluble LaPO₄ :Eu³⁺ Nanorods: Sensitization of Surface Eu³⁺ Ions and Phase Transfer in Water" @default.
• W2800543145 cites W1915361414 @default.
• W2800543145 cites W1946590882 @default.
• W2800543145 cites W1963529402 @default.
• W2800543145 cites W1966589173 @default.
• W2800543145 cites W1968426406 @default.
• W2800543145 cites W1969741541 @default.
• W2800543145 cites W1970038938 @default.
• W2800543145 cites W1971894831 @default.
• W2800543145 cites W1972539393 @default.
• W2800543145 cites W1975953412 @default.
• W2800543145 cites W1979625792 @default.
• W2800543145 cites W1982603731 @default.
• W2800543145 cites W1991717675 @default.
• W2800543145 cites W2001967532 @default.
• W2800543145 cites W2003296376 @default.
• W2800543145 cites W2004256791 @default.
• W2800543145 cites W2006659431 @default.
• W2800543145 cites W2006733657 @default.
• W2800543145 cites W2008880439 @default.
• W2800543145 cites W2012492137 @default.
• W2800543145 cites W2017537990 @default.
• W2800543145 cites W2019331261 @default.
• W2800543145 cites W2021812390 @default.
• W2800543145 cites W2022727095 @default.
• W2800543145 cites W2030354306 @default.
• W2800543145 cites W2036334351 @default.
• W2800543145 cites W2042971372 @default.
• W2800543145 cites W2043960122 @default.
• W2800543145 cites W2044263145 @default.
• W2800543145 cites W2045402253 @default.
• W2800543145 cites W2049514542 @default.
• W2800543145 cites W2053486455 @default.
• W2800543145 cites W2053535968 @default.
• W2800543145 cites W2053874223 @default.
• W2800543145 cites W2056764250 @default.
• W2800543145 cites W2057940622 @default.
• W2800543145 cites W2059340298 @default.
• W2800543145 cites W2062789276 @default.
• W2800543145 cites W2065818318 @default.
• W2800543145 cites W2068846198 @default.
• W2800543145 cites W2070725588 @default.
• W2800543145 cites W2079121472 @default.
• W2800543145 cites W2079633116 @default.
• W2800543145 cites W2083392103 @default.
• W2800543145 cites W2088385150 @default.
• W2800543145 cites W2091063438 @default.
• W2800543145 cites W2093002970 @default.
• W2800543145 cites W2097532530 @default.
• W2800543145 cites W2098068091 @default.
• W2800543145 cites W2100042879 @default.
• W2800543145 cites W2111283124 @default.
• W2800543145 cites W2112090720 @default.
• W2800543145 cites W2121685173 @default.
• W2800543145 cites W2126259522 @default.
• W2800543145 cites W2134382193 @default.
• W2800543145 cites W2151859760 @default.
• W2800543145 cites W2159270511 @default.
• W2800543145 cites W2160001482 @default.
• W2800543145 cites W2164722833 @default.
• W2800543145 cites W2167278129 @default.
• W2800543145 cites W2172232338 @default.
• W2800543145 cites W2226188670 @default.
• W2800543145 cites W2246704017 @default.
• W2800543145 cites W2314121454 @default.
• W2800543145 cites W2317436024 @default.
• W2800543145 cites W2322083290 @default.
• W2800543145 cites W2325756617 @default.
• W2800543145 cites W2469346962 @default.
• W2800543145 cites W2599653757 @default.
• W2800543145 cites W2611707922 @default.
• W2800543145 cites W2619414820 @default.
• W2800543145 cites W2739262939 @default.
• W2800543145 cites W2790096409 @default.
• W2800543145 cites W2950059417 @default.
• W2800543145 cites W2950597701 @default.
• W2800543145 cites W2952764800 @default.
• W2800543145 doi "https://doi.org/10.1002/slct.201800276" @default.
• W2800543145 hasPublicationYear "2018" @default.
• W2800543145 type Work @default.
• W2800543145 sameAs 2800543145 @default.
• W2800543145 citedByCount "7" @default.
• W2800543145 countsByYear W28005431452018 @default.
• W2800543145 countsByYear W28005431452019 @default.
• W2800543145 countsByYear W28005431452021 @default.
• W2800543145 countsByYear W28005431452022 @default.
• W2800543145 crossrefType "journal-article" @default.
• W2800543145 hasAuthorship W2800543145A5007885200 @default.
• W2800543145 hasAuthorship W2800543145A5008861676 @default.
• W2800543145 hasAuthorship W2800543145A5056081437 @default.

• next