Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113361314> ?p ?o ?g. }
- W2113361314 endingPage "7129" @default.
- W2113361314 startingPage "7125" @default.
- W2113361314 abstract "Coherent light signals generated at the nanoscale are crucial to the realization of photonic integrated circuits. Self-assembled nanowires from organic dyes can provide both a gain medium and an effective resonant cavity, which have been utilized for fulfilling miniaturized lasers. Excited-state intramolecular proton transfer (ESIPT), a classical molecular photoisomerization process, can be used to build a typical four-level system, which is more favorable for population inversion. Low-power driven lasing in proton-transfer molecular nanowires with an optimized ESIPT energy-level process has been achieved. With high gain and low loss from the ESIPT, the wires can be applied as effective FP-type resonators, which generated single-mode lasing with a very low threshold. The lasing wavelength can be reversibly switched based on a conformation conversion of the excited keto form in the ESIPT process." @default.
- W2113361314 created "2016-06-24" @default.
- W2113361314 creator A5013337744 @default.
- W2113361314 creator A5015325820 @default.
- W2113361314 creator A5045273512 @default.
- W2113361314 creator A5060536474 @default.
- W2113361314 creator A5074382483 @default.
- W2113361314 date "2015-04-29" @default.
- W2113361314 modified "2023-10-18" @default.
- W2113361314 title "Low-Threshold Wavelength-Switchable Organic Nanowire Lasers Based on Excited-State Intramolecular Proton Transfer" @default.
- W2113361314 cites W1969593664 @default.
- W2113361314 cites W1972744361 @default.
- W2113361314 cites W1973585678 @default.
- W2113361314 cites W1974638688 @default.
- W2113361314 cites W1979233690 @default.
- W2113361314 cites W1984698583 @default.
- W2113361314 cites W1993530673 @default.
- W2113361314 cites W1994940236 @default.
- W2113361314 cites W1996458236 @default.
- W2113361314 cites W2001566368 @default.
- W2113361314 cites W2006788276 @default.
- W2113361314 cites W2012284719 @default.
- W2113361314 cites W2021212596 @default.
- W2113361314 cites W2021792392 @default.
- W2113361314 cites W2023842039 @default.
- W2113361314 cites W2029594147 @default.
- W2113361314 cites W2030149323 @default.
- W2113361314 cites W2034772555 @default.
- W2113361314 cites W2036357901 @default.
- W2113361314 cites W2036790472 @default.
- W2113361314 cites W2039190737 @default.
- W2113361314 cites W2039242934 @default.
- W2113361314 cites W2039833414 @default.
- W2113361314 cites W2040031253 @default.
- W2113361314 cites W2040740632 @default.
- W2113361314 cites W2044100673 @default.
- W2113361314 cites W2044396762 @default.
- W2113361314 cites W2044480381 @default.
- W2113361314 cites W2053380783 @default.
- W2113361314 cites W2054378514 @default.
- W2113361314 cites W2054832561 @default.
- W2113361314 cites W2060414069 @default.
- W2113361314 cites W2063358966 @default.
- W2113361314 cites W2066202639 @default.
- W2113361314 cites W2067816052 @default.
- W2113361314 cites W2072198216 @default.
- W2113361314 cites W2082381346 @default.
- W2113361314 cites W2083405636 @default.
- W2113361314 cites W2086237586 @default.
- W2113361314 cites W2093080804 @default.
- W2113361314 cites W2094414641 @default.
- W2113361314 cites W2108010100 @default.
- W2113361314 cites W2110942223 @default.
- W2113361314 cites W2113018874 @default.
- W2113361314 cites W2115393493 @default.
- W2113361314 cites W2127679150 @default.
- W2113361314 cites W2129312952 @default.
- W2113361314 cites W2129971715 @default.
- W2113361314 cites W2136359657 @default.
- W2113361314 cites W2139796905 @default.
- W2113361314 cites W2147266926 @default.
- W2113361314 cites W2148282756 @default.
- W2113361314 cites W2149222572 @default.
- W2113361314 cites W2150203017 @default.
- W2113361314 cites W2155120049 @default.
- W2113361314 cites W2159182966 @default.
- W2113361314 cites W2165262818 @default.
- W2113361314 cites W2169071585 @default.
- W2113361314 cites W2312560202 @default.
- W2113361314 cites W2316097640 @default.
- W2113361314 cites W2322320175 @default.
- W2113361314 cites W2324117407 @default.
- W2113361314 cites W2774380815 @default.
- W2113361314 cites W4229884109 @default.
- W2113361314 cites W4230831629 @default.
- W2113361314 cites W4246885032 @default.
- W2113361314 cites W4247101923 @default.
- W2113361314 cites W4247885716 @default.
- W2113361314 cites W4251837670 @default.
- W2113361314 cites W4376477337 @default.
- W2113361314 doi "https://doi.org/10.1002/anie.201502684" @default.
- W2113361314 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25925895" @default.
- W2113361314 hasPublicationYear "2015" @default.
- W2113361314 type Work @default.
- W2113361314 sameAs 2113361314 @default.
- W2113361314 citedByCount "175" @default.
- W2113361314 countsByYear W21133613142015 @default.
- W2113361314 countsByYear W21133613142016 @default.
- W2113361314 countsByYear W21133613142017 @default.
- W2113361314 countsByYear W21133613142018 @default.
- W2113361314 countsByYear W21133613142019 @default.
- W2113361314 countsByYear W21133613142020 @default.
- W2113361314 countsByYear W21133613142021 @default.
- W2113361314 countsByYear W21133613142022 @default.
- W2113361314 countsByYear W21133613142023 @default.
- W2113361314 crossrefType "journal-article" @default.
- W2113361314 hasAuthorship W2113361314A5013337744 @default.
- W2113361314 hasAuthorship W2113361314A5015325820 @default.