Matches in SemOpenAlex for { <https://semopenalex.org/work/W4296260811> ?p ?o ?g. }
- W4296260811 endingPage "2060" @default.
- W4296260811 startingPage "2051" @default.
- W4296260811 abstract "In the high-power white light LEDs/LDs area, obtaining phosphor-converted materials with high thermal stability and high luminous emittance with proper blue/yellow light ratio has been the main challenge in recent years. In this study, a group of (CexY1-x)3(ScyAl1-y)5O12 transparent ceramics with high optical quality were proposed to rise to that challenge. Their spectra were regulated by incorporating Sc3+, showing blue shifted emission bands (peak position from 554 nm–538 nm), blue shifted excitation bands (462–445 nm) and narrowed full width at half maxima (120–112 nm). Significantly, the prepared Ce:YScAG transparent ceramics (TC) exhibited decent thermal quenching performance with the photoluminescence intensity at 150 °C maintaining 88.7% of its original value at room temperature. The Sc incorporation impacted the atoms’ occupation and distance, crystal field splitting and energy band structure. Under remote LD excitation mode, the luminous efficiency of the prepared Ce:YScAG TC can achieve 164.8 lm/W. And even if the Ce3+ doping reaches 2.0 at%, the LE can still maintain 117.8 lm/W, exhibiting decent concentration quenching characteristic. Consequently, Ce:YScAG TCs have great potential as promising phosphor-converted materials in future high-power LED and LD white lighting." @default.
- W4296260811 created "2022-09-19" @default.
- W4296260811 creator A5001441205 @default.
- W4296260811 creator A5010193064 @default.
- W4296260811 creator A5022309381 @default.
- W4296260811 creator A5022485210 @default.
- W4296260811 creator A5028720605 @default.
- W4296260811 creator A5036833435 @default.
- W4296260811 creator A5047709452 @default.
- W4296260811 creator A5049632492 @default.
- W4296260811 creator A5062835734 @default.
- W4296260811 date "2023-01-01" @default.
- W4296260811 modified "2023-10-11" @default.
- W4296260811 title "Ce:YScAG phosphor-converted transparent ceramics with high thermal saturation and weak concentration quenching for LED and LD white lighting" @default.
- W4296260811 cites W137671964 @default.
- W4296260811 cites W1667360067 @default.
- W4296260811 cites W2004960847 @default.
- W4296260811 cites W2008717996 @default.
- W4296260811 cites W2009410081 @default.
- W4296260811 cites W2033034088 @default.
- W4296260811 cites W2035041249 @default.
- W4296260811 cites W2039013927 @default.
- W4296260811 cites W2058352912 @default.
- W4296260811 cites W2063808391 @default.
- W4296260811 cites W2113246132 @default.
- W4296260811 cites W2121150497 @default.
- W4296260811 cites W2131273514 @default.
- W4296260811 cites W2150179688 @default.
- W4296260811 cites W2189037773 @default.
- W4296260811 cites W2237261374 @default.
- W4296260811 cites W2314589238 @default.
- W4296260811 cites W2315233296 @default.
- W4296260811 cites W2371434910 @default.
- W4296260811 cites W2517825885 @default.
- W4296260811 cites W2544447166 @default.
- W4296260811 cites W2549651211 @default.
- W4296260811 cites W2564758022 @default.
- W4296260811 cites W2601829836 @default.
- W4296260811 cites W2740422619 @default.
- W4296260811 cites W2762761836 @default.
- W4296260811 cites W2767073904 @default.
- W4296260811 cites W2785929024 @default.
- W4296260811 cites W2803843979 @default.
- W4296260811 cites W2890617481 @default.
- W4296260811 cites W2902527188 @default.
- W4296260811 cites W2903726777 @default.
- W4296260811 cites W2947136547 @default.
- W4296260811 cites W2962437104 @default.
- W4296260811 cites W2963951732 @default.
- W4296260811 cites W2972004251 @default.
- W4296260811 cites W2980049221 @default.
- W4296260811 cites W2980876201 @default.
- W4296260811 cites W2996634071 @default.
- W4296260811 cites W3013280376 @default.
- W4296260811 cites W3019989363 @default.
- W4296260811 cites W3024381768 @default.
- W4296260811 cites W3026852611 @default.
- W4296260811 cites W3046710967 @default.
- W4296260811 cites W3109028899 @default.
- W4296260811 cites W3194691831 @default.
- W4296260811 cites W3203221945 @default.
- W4296260811 cites W3211481358 @default.
- W4296260811 cites W4221051309 @default.
- W4296260811 cites W4221081589 @default.
- W4296260811 cites W4229062061 @default.
- W4296260811 cites W4249499086 @default.
- W4296260811 cites W4283011037 @default.
- W4296260811 doi "https://doi.org/10.1016/j.ceramint.2022.09.171" @default.
- W4296260811 hasPublicationYear "2023" @default.
- W4296260811 type Work @default.
- W4296260811 citedByCount "2" @default.
- W4296260811 countsByYear W42962608112023 @default.
- W4296260811 crossrefType "journal-article" @default.
- W4296260811 hasAuthorship W4296260811A5001441205 @default.
- W4296260811 hasAuthorship W4296260811A5010193064 @default.
- W4296260811 hasAuthorship W4296260811A5022309381 @default.
- W4296260811 hasAuthorship W4296260811A5022485210 @default.
- W4296260811 hasAuthorship W4296260811A5028720605 @default.
- W4296260811 hasAuthorship W4296260811A5036833435 @default.
- W4296260811 hasAuthorship W4296260811A5047709452 @default.
- W4296260811 hasAuthorship W4296260811A5049632492 @default.
- W4296260811 hasAuthorship W4296260811A5062835734 @default.
- W4296260811 hasBestOaLocation W42962608111 @default.
- W4296260811 hasConcept C110113834 @default.
- W4296260811 hasConcept C113196181 @default.
- W4296260811 hasConcept C114614502 @default.
- W4296260811 hasConcept C120665830 @default.
- W4296260811 hasConcept C121332964 @default.
- W4296260811 hasConcept C124385694 @default.
- W4296260811 hasConcept C134132462 @default.
- W4296260811 hasConcept C148869448 @default.
- W4296260811 hasConcept C159985019 @default.
- W4296260811 hasConcept C176666156 @default.
- W4296260811 hasConcept C185592680 @default.
- W4296260811 hasConcept C192562407 @default.
- W4296260811 hasConcept C2982854487 @default.
- W4296260811 hasConcept C33923547 @default.
- W4296260811 hasConcept C43617362 @default.