1942
DOI: 10.1002/cber.19420751271
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Über merichinoide Verbindungen

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Cited by 8 publications
(2 citation statements)
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“…From studies of viologens in solution, it is known that the pimer equilibrium (see Eqn. 3) depends strongly on the solvent [12 ± 14], temperature, concentration [15], and structure [16 ± 18]. Thus, the same viologen studied spectroelectrochemically in solution may show no indication of pimerization, but may exhibit extensive pimerization if packed in a monolayer on the TiO 2 walls because of the high two-dimensional concentration.…”
Section: à3mentioning
confidence: 99%
“…From studies of viologens in solution, it is known that the pimer equilibrium (see Eqn. 3) depends strongly on the solvent [12 ± 14], temperature, concentration [15], and structure [16 ± 18]. Thus, the same viologen studied spectroelectrochemically in solution may show no indication of pimerization, but may exhibit extensive pimerization if packed in a monolayer on the TiO 2 walls because of the high two-dimensional concentration.…”
Section: à3mentioning
confidence: 99%
“…Proteins in the dry state conduct slightly, but as in the case of albumin (10-21 mho/cm) may be insulators. In the wet state they conduct appreciably, and it was suggested that hydrogen-ion transfer may be involved (42).…”
Section: Solid Free Radicalsmentioning
confidence: 99%