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71549135024
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See the Supporting Information for spectra and details
-
See the Supporting Information for spectra and details.
-
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41
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0000749679
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Fluorescence quantum efficiencies were obtained by a comparison to cresyl violet Perchlorate in methanol, see: S. J. Isak, E. M. Eyring, J. Phys. Chem. 1992, 96, 1738-1742.
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71549137863
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note
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-1.
-
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43
-
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71549156653
-
-
-3. b) CCDC-736049 (2b) CCDC-736050 (2c), CCDC-736051 (2d), CCDC-736052 (2f) contain the supplementary crystallographic data for this paper. These data can be obtained free of charge from The Cambridge Crystallographic Data Centre via www.ccdc.cam.ac.uk/data-request/cif.
-
-
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44
-
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71549157855
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note
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-3. See also ref. [15b].
-
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45
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71549158003
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note
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-3. See also ref. [15b].
-
-
-
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46
-
-
71549128160
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-
note
-
-3. See also ref. [15b]. The disordered isopropyl groups of molecule B were restrained to have the same geometry as that of one of the ordered isopropyl groups of molecule A by use of the SHELXL SAME instruction. Additionally, the Si-C distances of the disordered triisopropylsilyl group were allowed to refine to a common value. Likewise, the C-C distances of the secondary carbon atoms of the minor component were allowed to refine to a common value.
-
-
-
-
47
-
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71549118022
-
-
note
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Torsion angles were calculated from the angle between the least squares plane generated from the carbon atoms of each acene.
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48
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52
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71549165255
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-
note
-
Neighboring molecules are not related by symmetry, and the leastsquares planes of the acenes in molecule A and B are not parallel, thus requiring an alternative method of measuring the interplanar distances. Distances were measured from every individual acene carbon in molecule A to the neighboring least squares plane generated from the carbon atoms of both acenes in molecule B (and vice versa) to obtain the average value reported.
-
-
-
-
53
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71549156047
-
-
note
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Interplanar distances were calculated from the distance between the least squares plane generated from the carbon atoms of covalently bonded acenes (the pentacene and its covalently bonded PAH moiety).
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