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This is probably due to the different solubility and, consequently, concentration of the partners in solution
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This is probably due to the different solubility and, consequently, concentration of the partners in solution.
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36
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Evidence of a possible π-π charge-transfer complex was obtained in the case of compound WM-1b. On gradual warming of a CD2Cl 2 solution of this compound, we observed, above the coalescence temperature, 40°C, a spectrum corresponding to its homomeric forms.9 When the solution was warmed at about 25°C, spectral data are different from those registered above the coalescence temperature and are in agreement with a π-π chargetransfer complex between DNBF and 1,3,5-tris(N- morpholinyl)benzene. This hypothesis is supported by the fact that, on cooling the solution to, 50°C again, a complete reversibility toward the formation of WM-1b, passing through the coalescence situation, was observed. In addition, when the spectrum of a CDCl3 solution of WM-1b was recorded at 50°C, the signals of a mixture of DNBF and compound 5, the original starting materials, were observed
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3 solution of WM-1b was recorded at 50°C, the signals of a mixture of DNBF and compound 5, the original starting materials, were observed.
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The presence of even a very small amount of radical species would render the NMR lines very broad due to fast relaxation
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The presence of even a very small amount of radical species would render the NMR lines very broad due to fast relaxation.
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