Matches in SemOpenAlex for { <https://semopenalex.org/work/W3200328248> ?p ?o ?g. }
- W3200328248 endingPage "17581" @default.
- W3200328248 startingPage "17573" @default.
- W3200328248 abstract "Semiconductor copper indium sulfide quantum dots are emerging as promising alternatives to cadmium- and lead-based chalcogenides in solar cells, luminescent solar concentrators, and deep-tissue bioimaging due to their inherently lower toxicity and outstanding photoluminescence properties. However, the nature of their emission pathways remains a subject of debate. Using low-temperature single quantum dot spectroscopy on core-shell copper indium sulfide nanocrystals, we observe two subpopulations of particles with distinct spectral features. The first class shows sharp resolution-limited emission lines that are attributed to zero-phonon recombination lines of a long-lived band-edge exciton. Such emission results from the perfect passivation of the copper indium sulfide core by the zinc sulfide shell and points to an inversion in the band-edge hole levels. The second class exhibits ultrabroad spectra regardless of the temperature, which is a signature of the extrinsic self-trapping of the hole assisted by defects in imperfectly passivated quantum dots." @default.
- W3200328248 created "2021-09-27" @default.
- W3200328248 creator A5005701243 @default.
- W3200328248 creator A5009575661 @default.
- W3200328248 creator A5011982751 @default.
- W3200328248 creator A5017967620 @default.
- W3200328248 creator A5025276542 @default.
- W3200328248 creator A5037932134 @default.
- W3200328248 creator A5055606394 @default.
- W3200328248 date "2021-09-21" @default.
- W3200328248 modified "2023-10-16" @default.
- W3200328248 title "Unraveling the Emission Pathways in Copper Indium Sulfide Quantum Dots" @default.
- W3200328248 cites W1639232222 @default.
- W3200328248 cites W1879331820 @default.
- W3200328248 cites W1964175274 @default.
- W3200328248 cites W1966144859 @default.
- W3200328248 cites W1973722757 @default.
- W3200328248 cites W1987217112 @default.
- W3200328248 cites W1989625659 @default.
- W3200328248 cites W1996468082 @default.
- W3200328248 cites W2001382040 @default.
- W3200328248 cites W2004567430 @default.
- W3200328248 cites W2013946694 @default.
- W3200328248 cites W2016225667 @default.
- W3200328248 cites W2018793205 @default.
- W3200328248 cites W2040265643 @default.
- W3200328248 cites W2047483059 @default.
- W3200328248 cites W2055255918 @default.
- W3200328248 cites W2063497633 @default.
- W3200328248 cites W2071413121 @default.
- W3200328248 cites W2083806235 @default.
- W3200328248 cites W2092471736 @default.
- W3200328248 cites W2132160740 @default.
- W3200328248 cites W2152112796 @default.
- W3200328248 cites W2227169451 @default.
- W3200328248 cites W2233317192 @default.
- W3200328248 cites W2285538685 @default.
- W3200328248 cites W2315404583 @default.
- W3200328248 cites W2316055948 @default.
- W3200328248 cites W2329156865 @default.
- W3200328248 cites W2346080746 @default.
- W3200328248 cites W2465767540 @default.
- W3200328248 cites W2490439061 @default.
- W3200328248 cites W2497807614 @default.
- W3200328248 cites W2566204012 @default.
- W3200328248 cites W2587237417 @default.
- W3200328248 cites W2618419254 @default.
- W3200328248 cites W2791283434 @default.
- W3200328248 cites W2793103401 @default.
- W3200328248 cites W2883943777 @default.
- W3200328248 cites W2885676726 @default.
- W3200328248 cites W2890179910 @default.
- W3200328248 cites W2898661182 @default.
- W3200328248 cites W2906178013 @default.
- W3200328248 cites W2921339117 @default.
- W3200328248 cites W2970021491 @default.
- W3200328248 cites W2970618833 @default.
- W3200328248 cites W2983918781 @default.
- W3200328248 cites W2991351626 @default.
- W3200328248 cites W2999671172 @default.
- W3200328248 cites W3021373081 @default.
- W3200328248 cites W3107315584 @default.
- W3200328248 cites W3108144773 @default.
- W3200328248 cites W3118497681 @default.
- W3200328248 cites W4248371060 @default.
- W3200328248 doi "https://doi.org/10.1021/acsnano.1c04909" @default.
- W3200328248 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34546035" @default.
- W3200328248 hasPublicationYear "2021" @default.
- W3200328248 type Work @default.
- W3200328248 sameAs 3200328248 @default.
- W3200328248 citedByCount "7" @default.
- W3200328248 countsByYear W32003282482022 @default.
- W3200328248 countsByYear W32003282482023 @default.
- W3200328248 crossrefType "journal-article" @default.
- W3200328248 hasAuthorship W3200328248A5005701243 @default.
- W3200328248 hasAuthorship W3200328248A5009575661 @default.
- W3200328248 hasAuthorship W3200328248A5011982751 @default.
- W3200328248 hasAuthorship W3200328248A5017967620 @default.
- W3200328248 hasAuthorship W3200328248A5025276542 @default.
- W3200328248 hasAuthorship W3200328248A5037932134 @default.
- W3200328248 hasAuthorship W3200328248A5055606394 @default.
- W3200328248 hasBestOaLocation W32003282482 @default.
- W3200328248 hasConcept C121332964 @default.
- W3200328248 hasConcept C124657808 @default.
- W3200328248 hasConcept C148869448 @default.
- W3200328248 hasConcept C171250308 @default.
- W3200328248 hasConcept C17729963 @default.
- W3200328248 hasConcept C191897082 @default.
- W3200328248 hasConcept C192562407 @default.
- W3200328248 hasConcept C26873012 @default.
- W3200328248 hasConcept C2777958824 @default.
- W3200328248 hasConcept C2778171408 @default.
- W3200328248 hasConcept C2779219880 @default.
- W3200328248 hasConcept C2779227376 @default.
- W3200328248 hasConcept C2779921683 @default.
- W3200328248 hasConcept C2780596425 @default.
- W3200328248 hasConcept C33574316 @default.
- W3200328248 hasConcept C49040817 @default.