Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376643203> ?p ?o ?g. }
- W4376643203 abstract "Artificial lighting currently consumes approximately one-fifth of global electricity production. Organic emitters with white persistent RTP have potential for applications in energy-efficient lighting technologies, due to their ability to harvest both singlet and triplet excitons. Compared to heavy metal phosphorescent materials, they have significant advantages in cost, processability, and reduced toxicity. Phosphorescence efficiency can be improved by introducing heteroatoms, heavy atoms, or by incorporating luminophores within a rigid matrix. White-light emission can be achieved by tuning the ratio of fluorescence to phosphorescence intensity or by pure phosphorescence with a broad emission spectrum. This review summarizes recent advances in the design of purely organic RTP materials with white-light emission, describing single-component and host-guest systems. White phosphorescent carbon dots and representative applications of white-light RTP materials are also introduced." @default.
- W4376643203 created "2023-05-17" @default.
- W4376643203 creator A5026088848 @default.
- W4376643203 creator A5039395188 @default.
- W4376643203 creator A5074843525 @default.
- W4376643203 date "2023-05-15" @default.
- W4376643203 modified "2023-10-01" @default.
- W4376643203 title "Achieving White‐Light Emission Using Organic Persistent Room Temperature Phosphorescence" @default.
- W4376643203 cites W1567502107 @default.
- W4376643203 cites W1972745553 @default.
- W4376643203 cites W1995673420 @default.
- W4376643203 cites W2013637124 @default.
- W4376643203 cites W2124100398 @default.
- W4376643203 cites W2178829190 @default.
- W4376643203 cites W2224917862 @default.
- W4376643203 cites W2519836513 @default.
- W4376643203 cites W2520116978 @default.
- W4376643203 cites W2548219077 @default.
- W4376643203 cites W2582591030 @default.
- W4376643203 cites W2626202805 @default.
- W4376643203 cites W2751375647 @default.
- W4376643203 cites W2789666444 @default.
- W4376643203 cites W2793888039 @default.
- W4376643203 cites W2884217563 @default.
- W4376643203 cites W2886963580 @default.
- W4376643203 cites W2902687834 @default.
- W4376643203 cites W2913348985 @default.
- W4376643203 cites W2916275348 @default.
- W4376643203 cites W2918182973 @default.
- W4376643203 cites W2939001674 @default.
- W4376643203 cites W2953741433 @default.
- W4376643203 cites W2971144626 @default.
- W4376643203 cites W2995199546 @default.
- W4376643203 cites W3004235620 @default.
- W4376643203 cites W3004715134 @default.
- W4376643203 cites W3013749435 @default.
- W4376643203 cites W3014676125 @default.
- W4376643203 cites W3030456111 @default.
- W4376643203 cites W3040061102 @default.
- W4376643203 cites W3044478338 @default.
- W4376643203 cites W3046321903 @default.
- W4376643203 cites W3068812427 @default.
- W4376643203 cites W3087037947 @default.
- W4376643203 cites W3099078020 @default.
- W4376643203 cites W3110789177 @default.
- W4376643203 cites W3118167012 @default.
- W4376643203 cites W3128470507 @default.
- W4376643203 cites W3128778047 @default.
- W4376643203 cites W3133926936 @default.
- W4376643203 cites W3134316034 @default.
- W4376643203 cites W3138931272 @default.
- W4376643203 cites W3146329138 @default.
- W4376643203 cites W3155801478 @default.
- W4376643203 cites W3158399981 @default.
- W4376643203 cites W3181244674 @default.
- W4376643203 cites W3186331936 @default.
- W4376643203 cites W3197150449 @default.
- W4376643203 cites W3198615001 @default.
- W4376643203 cites W3199496744 @default.
- W4376643203 cites W3207276125 @default.
- W4376643203 cites W3209767726 @default.
- W4376643203 cites W3211081570 @default.
- W4376643203 cites W3211500698 @default.
- W4376643203 cites W3217467706 @default.
- W4376643203 cites W4206106539 @default.
- W4376643203 cites W4206504094 @default.
- W4376643203 cites W4206562186 @default.
- W4376643203 cites W4210801899 @default.
- W4376643203 cites W4211091064 @default.
- W4376643203 cites W4220910216 @default.
- W4376643203 cites W4223424981 @default.
- W4376643203 cites W4224267935 @default.
- W4376643203 cites W4240502428 @default.
- W4376643203 cites W4280535667 @default.
- W4376643203 cites W4280537869 @default.
- W4376643203 cites W4283013733 @default.
- W4376643203 cites W4285048981 @default.
- W4376643203 cites W4296037568 @default.
- W4376643203 cites W4304084168 @default.
- W4376643203 cites W4312052944 @default.
- W4376643203 cites W4321375360 @default.
- W4376643203 cites W4323806224 @default.
- W4376643203 cites W4361773147 @default.
- W4376643203 cites W4376522429 @default.
- W4376643203 doi "https://doi.org/10.1002/anie.202301186" @default.
- W4376643203 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37189285" @default.
- W4376643203 hasPublicationYear "2023" @default.
- W4376643203 type Work @default.
- W4376643203 citedByCount "0" @default.
- W4376643203 crossrefType "journal-article" @default.
- W4376643203 hasAuthorship W4376643203A5026088848 @default.
- W4376643203 hasAuthorship W4376643203A5039395188 @default.
- W4376643203 hasAuthorship W4376643203A5074843525 @default.
- W4376643203 hasBestOaLocation W43766432031 @default.
- W4376643203 hasConcept C120665830 @default.
- W4376643203 hasConcept C121332964 @default.
- W4376643203 hasConcept C129958766 @default.
- W4376643203 hasConcept C148869448 @default.
- W4376643203 hasConcept C171250308 @default.
- W4376643203 hasConcept C178790620 @default.