FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2318613758> ?p ?o ?g. }

• W2318613758 endingPage "12150" @default.
• W2318613758 startingPage "12141" @default.
• W2318613758 abstract "A series of NaCa13/18Mg5/18PO4(NCMPO):A (A = Eu2+/Tb3+/Mn2+, Dy3+) phosphors have been prepared by the high-temperature solid-state reaction method. The X-ray diffraction (XRD) and Rietveld refinement, X-ray photoelectron spectroscopy (XPS), photoluminescence (PL), cathodoluminescence (CL), decay lifetimes, and PL quantum yields (QYs) were utilized to characterize the phosphors. The pure crystalline phase of as-prepared samples has been demonstrated via XRD measurement and Rietveld refinements. XPS reveals that the Eu2+/Tb3+/Mn2+ can be efficiently doped into the crystal lattice. NCMPO:Eu2+/Tb3+/Mn2+ phosphors can be effectively excited under UV radiation, which show tunable color from purple-blue to red including white emission based on energy transfer from Eu2+ to Tb3+/Mn2+ ions. Under low-voltage electron beam bombardment, the NCMPO:A (A = Eu2+/Tb3+/Mn2+, Dy3+) display their, respectively, characteristic emissions with different colors, and the CL spectrum of NCMPO:0.04Tb3+ has the comparable intensity to the ZnO:Zn commercial product. In addition, the calculated CIE coordinate of NCMPO:0.04Tb3+ (0.252, 0.432) is more saturated than it (0.195, 0.417). These results reveal that NCMPO:A (A = Eu2+/Tb3+/Mn2+, Dy3+) may be potential candidate phosphors for WLEDs and FEDs." @default.
• W2318613758 created "2016-06-24" @default.
• W2318613758 creator A5016367316 @default.
• W2318613758 creator A5022802322 @default.
• W2318613758 creator A5025685182 @default.
• W2318613758 creator A5038706762 @default.
• W2318613758 creator A5059055667 @default.
• W2318613758 creator A5072539123 @default.
• W2318613758 creator A5073945974 @default.
• W2318613758 date "2014-11-06" @default.
• W2318613758 modified "2023-10-17" @default.
• W2318613758 title "Tunable-Color Luminescence via Energy Transfer in NaCa_13/18Mg_5/18PO₄:A (A = Eu²⁺/Tb³⁺/Mn²⁺, Dy³⁺) Phosphors for Solid State Lighting" @default.
• W2318613758 cites W1534059095 @default.
• W2318613758 cites W1556091020 @default.
• W2318613758 cites W1564354376 @default.
• W2318613758 cites W1582760025 @default.
• W2318613758 cites W1594748476 @default.
• W2318613758 cites W1667868001 @default.
• W2318613758 cites W1973436210 @default.
• W2318613758 cites W1973867278 @default.
• W2318613758 cites W1975526036 @default.
• W2318613758 cites W1980903306 @default.
• W2318613758 cites W1982488806 @default.
• W2318613758 cites W1983820266 @default.
• W2318613758 cites W1984595971 @default.
• W2318613758 cites W1987343682 @default.
• W2318613758 cites W1993800164 @default.
• W2318613758 cites W2004429991 @default.
• W2318613758 cites W2006354453 @default.
• W2318613758 cites W2006562526 @default.
• W2318613758 cites W2009189716 @default.
• W2318613758 cites W2011748608 @default.
• W2318613758 cites W2012051302 @default.
• W2318613758 cites W2016472980 @default.
• W2318613758 cites W2019401799 @default.
• W2318613758 cites W2022095082 @default.
• W2318613758 cites W2023568634 @default.
• W2318613758 cites W2024750206 @default.
• W2318613758 cites W2031443830 @default.
• W2318613758 cites W2031604709 @default.
• W2318613758 cites W2032102386 @default.
• W2318613758 cites W2032643643 @default.
• W2318613758 cites W2035579953 @default.
• W2318613758 cites W2047296817 @default.
• W2318613758 cites W2050656040 @default.
• W2318613758 cites W2054705565 @default.
• W2318613758 cites W2054790552 @default.
• W2318613758 cites W2055221018 @default.
• W2318613758 cites W2059554441 @default.
• W2318613758 cites W2059732826 @default.
• W2318613758 cites W2060944770 @default.
• W2318613758 cites W2064462225 @default.
• W2318613758 cites W2065496169 @default.
• W2318613758 cites W2067646736 @default.
• W2318613758 cites W2068436017 @default.
• W2318613758 cites W2071033526 @default.
• W2318613758 cites W2076094790 @default.
• W2318613758 cites W2076520844 @default.
• W2318613758 cites W2077052322 @default.
• W2318613758 cites W2086956250 @default.
• W2318613758 cites W2088761389 @default.
• W2318613758 cites W2090541054 @default.
• W2318613758 cites W2093682761 @default.
• W2318613758 cites W2097242610 @default.
• W2318613758 cites W2097588938 @default.
• W2318613758 cites W2107224966 @default.
• W2318613758 cites W2122523240 @default.
• W2318613758 cites W2127040324 @default.
• W2318613758 cites W2139050786 @default.
• W2318613758 cites W2148627433 @default.
• W2318613758 cites W2153466956 @default.
• W2318613758 cites W2235560034 @default.
• W2318613758 cites W2314841249 @default.
• W2318613758 cites W2316338476 @default.
• W2318613758 cites W2318813443 @default.
• W2318613758 cites W2322077550 @default.
• W2318613758 cites W2324317660 @default.
• W2318613758 cites W2325374303 @default.
• W2318613758 cites W2328989334 @default.
• W2318613758 cites W2952416746 @default.
• W2318613758 cites W4232994806 @default.
• W2318613758 doi "https://doi.org/10.1021/ic502058r" @default.
• W2318613758 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25375961" @default.
• W2318613758 hasPublicationYear "2014" @default.
• W2318613758 type Work @default.
• W2318613758 sameAs 2318613758 @default.
• W2318613758 citedByCount "49" @default.
• W2318613758 countsByYear W23186137582015 @default.
• W2318613758 countsByYear W23186137582016 @default.
• W2318613758 countsByYear W23186137582017 @default.
• W2318613758 countsByYear W23186137582018 @default.
• W2318613758 countsByYear W23186137582019 @default.
• W2318613758 countsByYear W23186137582020 @default.
• W2318613758 countsByYear W23186137582021 @default.
• W2318613758 countsByYear W23186137582022 @default.
• W2318613758 countsByYear W23186137582023 @default.
• W2318613758 crossrefType "journal-article" @default.
• W2318613758 hasAuthorship W2318613758A5016367316 @default.

• next