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• W2885207949 abstract "Lead Iodide (PbI2 ) is a layered semiconductor with direct band gap holding great promises in green light emission and detection devices. Recently, PbI2 planar lasers are demonstrated using hexagonal whispering-gallery-mode microcavities, but the lasing threshold is quite high. In this work, lasing from vapor phase deposition derived PbI2 trapezoidal nanoplatelets (NPs) with threshold that is at least an order of magnitude lower than the previous value is reported. The growth mechanism of the trapezoidal NPs is explored and attributed to the synergistic effects of van der Waals interactions and lattice mismatching. The lasing is enabled by the population inversion of n = 1 excitons and the optical feedback is provided by the Fabry-Pérot oscillation between the side facets of trapezoidal NPs. The findings not only advance the understanding of growth and photophysics mechanism of PbI2 nanostructures but also provide ideas to develop low threshold ultrathin lasers." @default.
• W2885207949 created "2018-08-22" @default.
• W2885207949 creator A5010479652 @default.
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• W2885207949 date "2018-07-31" @default.
• W2885207949 modified "2023-10-13" @default.
• W2885207949 title "Low Threshold Fabry-Pérot Mode Lasing from Lead Iodide Trapezoidal Nanoplatelets" @default.
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• W2885207949 cites W1964617104 @default.
• W2885207949 cites W1964777439 @default.
• W2885207949 cites W1969314684 @default.
• W2885207949 cites W1975777961 @default.
• W2885207949 cites W1984080703 @default.
• W2885207949 cites W1985912683 @default.
• W2885207949 cites W1987217112 @default.
• W2885207949 cites W1988214170 @default.
• W2885207949 cites W1988786674 @default.
• W2885207949 cites W1992519153 @default.
• W2885207949 cites W1996621955 @default.
• W2885207949 cites W1998805170 @default.
• W2885207949 cites W2001031845 @default.
• W2885207949 cites W2003018591 @default.
• W2885207949 cites W2003478788 @default.
• W2885207949 cites W2005268667 @default.
• W2885207949 cites W2006866484 @default.
• W2885207949 cites W2019219721 @default.
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• W2885207949 cites W2020803381 @default.
• W2885207949 cites W2021994802 @default.
• W2885207949 cites W2025226548 @default.
• W2885207949 cites W2037934718 @default.
• W2885207949 cites W2038326387 @default.
• W2885207949 cites W2045967201 @default.
• W2885207949 cites W2047809752 @default.
• W2885207949 cites W2049399159 @default.
• W2885207949 cites W2056902973 @default.
• W2885207949 cites W2060487974 @default.
• W2885207949 cites W2063390871 @default.
• W2885207949 cites W2064328907 @default.
• W2885207949 cites W2067344704 @default.
• W2885207949 cites W2070916914 @default.
• W2885207949 cites W2072486247 @default.
• W2885207949 cites W2072966713 @default.
• W2885207949 cites W2079101849 @default.
• W2885207949 cites W2082384907 @default.
• W2885207949 cites W2085138344 @default.
• W2885207949 cites W2088022088 @default.
• W2885207949 cites W2089924057 @default.
• W2885207949 cites W2091382331 @default.
• W2885207949 cites W2095189847 @default.
• W2885207949 cites W2109153022 @default.
• W2885207949 cites W2118270164 @default.
• W2885207949 cites W2118635359 @default.
• W2885207949 cites W2128983577 @default.
• W2885207949 cites W2130973873 @default.
• W2885207949 cites W2133159874 @default.
• W2885207949 cites W2136359657 @default.
• W2885207949 cites W2150477558 @default.
• W2885207949 cites W2153516686 @default.
• W2885207949 cites W2222467660 @default.
• W2885207949 cites W2320603635 @default.
• W2885207949 cites W2329327243 @default.
• W2885207949 cites W2329389299 @default.
• W2885207949 cites W2335370736 @default.
• W2885207949 cites W2345414056 @default.
• W2885207949 cites W2465228423 @default.
• W2885207949 cites W2475096219 @default.
• W2885207949 cites W2548293884 @default.
• W2885207949 cites W2570584872 @default.
• W2885207949 cites W2591868904 @default.
• W2885207949 cites W2619209878 @default.
• W2885207949 cites W2734872496 @default.
• W2885207949 cites W2752333716 @default.
• W2885207949 cites W2756916038 @default.
• W2885207949 cites W2770126715 @default.
• W2885207949 cites W2777039343 @default.
• W2885207949 cites W2783105282 @default.
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• W2885207949 doi "https://doi.org/10.1002/smll.201801938" @default.
• W2885207949 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30066432" @default.
• W2885207949 hasPublicationYear "2018" @default.
• W2885207949 type Work @default.
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