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• W2400579893 endingPage "11976" @default.
• W2400579893 startingPage "11966" @default.
• W2400579893 abstract "Novel solution-processing deposition techniques in tandem with chemical synthesis design of small-molecule soluble derivatives represent a viable avenue for exploring organic analogues of semiconductor alloyed systems, where excitonic properties are tunable through alloy concentration. Here these properties are explored using absorption, grazing incidence X-ray diffraction (GIXRD), and temperature-dependent/time-resolved photoluminescence spectroscopy (TRPL) in a series of crystalline thin film alloys of metal-free (H2OBPc) and metal (MOBPc) octabutoxy-phthalocyanine, H2OBPc1–xMOBPcx (M = Co, Cu, Ni, or Mn) where 0.5 ≥ x ≥ 0.001. Films are fabricated using a solution-processed, novel hollow pen-writing technique that results in millimeter-sized crystalline grains with long-range macroscopic order for all concentrations. The spectroscopy experiments produce two important results that offer great insight into the fundamental quantum mechanics of delocalized excitons in small-molecule semiconductors. First, they indicate that the delocalization of bandgap excitons previously observed in pure H2OBPc films extends over approximately ten molecules, and second they reveal that the presence of the MOBPc molecule inhibits the formation of this delocalized exciton for x > 0.09. Furthermore, the MOBPc molecule introduces a highly localized state with a strong photoluminescence signature." @default.
• W2400579893 created "2016-06-24" @default.
• W2400579893 creator A5037406695 @default.
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• W2400579893 creator A5073982962 @default.
• W2400579893 creator A5081073331 @default.
• W2400579893 creator A5087638849 @default.
• W2400579893 date "2016-05-31" @default.
• W2400579893 modified "2023-10-14" @default.
• W2400579893 title "Exciton Delocalization in H₂OBPc_1–<i>x</i>MOBPc_<i>x</i> (M = Co, Cu, Ni, Mn) Crystalline Thin-Film Organic Alloys" @default.
• W2400579893 cites W1587264451 @default.
• W2400579893 cites W1604546173 @default.
• W2400579893 cites W1678095342 @default.
• W2400579893 cites W1965980327 @default.
• W2400579893 cites W1966398746 @default.
• W2400579893 cites W1968898734 @default.
• W2400579893 cites W1969179139 @default.
• W2400579893 cites W1970154895 @default.
• W2400579893 cites W1973535494 @default.
• W2400579893 cites W1977491107 @default.
• W2400579893 cites W1981954616 @default.
• W2400579893 cites W1982580253 @default.
• W2400579893 cites W1985498295 @default.
• W2400579893 cites W1985746920 @default.
• W2400579893 cites W1989808718 @default.
• W2400579893 cites W1993311701 @default.
• W2400579893 cites W1997767310 @default.
• W2400579893 cites W1999421308 @default.
• W2400579893 cites W2000024623 @default.
• W2400579893 cites W2003648608 @default.
• W2400579893 cites W2003722347 @default.
• W2400579893 cites W2006271366 @default.
• W2400579893 cites W2006352450 @default.
• W2400579893 cites W2009895627 @default.
• W2400579893 cites W2009974793 @default.
• W2400579893 cites W2010772443 @default.
• W2400579893 cites W2011123594 @default.
• W2400579893 cites W2013354708 @default.
• W2400579893 cites W2024918542 @default.
• W2400579893 cites W2028772401 @default.
• W2400579893 cites W2037259381 @default.
• W2400579893 cites W2047366333 @default.
• W2400579893 cites W2048365245 @default.
• W2400579893 cites W2049604673 @default.
• W2400579893 cites W2050943457 @default.
• W2400579893 cites W2052758200 @default.
• W2400579893 cites W2055881846 @default.
• W2400579893 cites W2060150933 @default.
• W2400579893 cites W2064534298 @default.
• W2400579893 cites W2066740223 @default.
• W2400579893 cites W2067378215 @default.
• W2400579893 cites W2068712786 @default.
• W2400579893 cites W2070190550 @default.
• W2400579893 cites W2070509990 @default.
• W2400579893 cites W2070559185 @default.
• W2400579893 cites W2070851159 @default.
• W2400579893 cites W2072402662 @default.
• W2400579893 cites W2072573379 @default.
• W2400579893 cites W2079577515 @default.
• W2400579893 cites W2082196070 @default.
• W2400579893 cites W2082242154 @default.
• W2400579893 cites W2085054324 @default.
• W2400579893 cites W2085179586 @default.
• W2400579893 cites W2085956600 @default.
• W2400579893 cites W2087427549 @default.
• W2400579893 cites W2089731119 @default.
• W2400579893 cites W2089944057 @default.
• W2400579893 cites W2090535203 @default.
• W2400579893 cites W2095458403 @default.
• W2400579893 cites W2101036389 @default.
• W2400579893 cites W2104871327 @default.
• W2400579893 cites W2118200423 @default.
• W2400579893 cites W2120425347 @default.
• W2400579893 cites W2121170859 @default.
• W2400579893 cites W2123080953 @default.
• W2400579893 cites W2126937083 @default.
• W2400579893 cites W2127051657 @default.
• W2400579893 cites W2140962873 @default.
• W2400579893 cites W2141788891 @default.
• W2400579893 cites W2142906545 @default.
• W2400579893 cites W2156960863 @default.
• W2400579893 cites W2209691019 @default.
• W2400579893 cites W2258566180 @default.
• W2400579893 cites W2317821468 @default.
• W2400579893 cites W2473628779 @default.
• W2400579893 cites W2510411326 @default.
• W2400579893 cites W2951332025 @default.
• W2400579893 cites W2980855166 @default.
• W2400579893 cites W4231772455 @default.
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• W2400579893 doi "https://doi.org/10.1021/acs.jpcc.6b02343" @default.
• W2400579893 hasPublicationYear "2016" @default.
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