Abstract:Organische Säuren, z. B. Essigsäure, neigen zur Bildung von Wasserstoffbrücken, als deren Folge eine mehr oder minder starke Assoziation von Molekülen auftritt, die in manchen Fällen durch Raman‐Spektren nachgewiesen werden kann. Auch Thioessigsäure gehört zu den Verbindungen, die Assoziate bilden; dies wird vor allem für die Mischung von Thioessigsäure mit der polaren Verbindung Cyclohexanol, aber auch für die reine Thioessigsäure nachgewiesen. Eine Assoziation konnte in der Mischung Thioessigsäure‐Cyclohexan… Show more
“…The Raman spectra of thioacetic acid and its solutions in cyclohexane and cyclohexanol have been interpreted (246) as indicating that there is strong association between the acid and cyclohexanol but that the association of the acid with itself is wreak in both the undiluted state and in solution in cyclohexane. The Raman bands for C=0 and C=C groups of acrylic and methacrylic acids in the liquid phase and in solutions in dioxane and CC14 have been interpreted by Batueq et al (13) to show that only cyclic dimers exist in CC14 solutions and in liquid methacrylic acid.…”
Section: Applications Of Raman Intensitymentioning
“…The Raman spectra of thioacetic acid and its solutions in cyclohexane and cyclohexanol have been interpreted (246) as indicating that there is strong association between the acid and cyclohexanol but that the association of the acid with itself is wreak in both the undiluted state and in solution in cyclohexane. The Raman bands for C=0 and C=C groups of acrylic and methacrylic acids in the liquid phase and in solutions in dioxane and CC14 have been interpreted by Batueq et al (13) to show that only cyclic dimers exist in CC14 solutions and in liquid methacrylic acid.…”
Section: Applications Of Raman Intensitymentioning
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