1969
DOI: 10.1002/lipi.19690710309
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Konstitution und Eigenschaften von Tensiden

Abstract: Aus literaturbekannten Unterlagen und eigenen Untersuchungen werden allgemeine Regeln über den optimalen Aufbau von anionischen und nichtionischen Tensiden abgeleitet. Insbesondere werden lineare, verzweigte und ringförmig gebaute Kohlenwasserstoffreste mit hydrophilen Gruppen in variierter Stellung betrachtet. Ferner wird die Änderung der Eigenschaften von Tensiden durch Äthersauerstoffatome in den Alkylresten dargelegt.

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Cited by 14 publications
(2 citation statements)
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“…The Krafft temperatures at higher concentrations within the micellar phase is about 1 °C in both systems, which is very low compared to that of the sodium salt of unsubstituted decanoic acid . Similar behavior, with decreasing Krafft temperature on insertion of a methyl group at α-position, has been detected for alkyl sulfates . Compared to the Krafft temperatures for unsubstituted alkyl sulfates in ref , the insertion of the methyl group results in a 10 °C decrease in the Krafft temperature at the cmc.…”
Section: Resultssupporting
confidence: 57%
“…The Krafft temperatures at higher concentrations within the micellar phase is about 1 °C in both systems, which is very low compared to that of the sodium salt of unsubstituted decanoic acid . Similar behavior, with decreasing Krafft temperature on insertion of a methyl group at α-position, has been detected for alkyl sulfates . Compared to the Krafft temperatures for unsubstituted alkyl sulfates in ref , the insertion of the methyl group results in a 10 °C decrease in the Krafft temperature at the cmc.…”
Section: Resultssupporting
confidence: 57%
“…1. Sources of these data set come from many works (Raisen, 1957, Weil et al, 1963, J.K. et al, 1966, Smith et al, 1966, Götte, 1969, Takeshi et al, 1970, Shinoda et al, 1972, Ueno et al, 1974, Valint et al, 1987, Os et al, 1993, Ohbu et al, 1998, Vautier-Giongo et al, 2003.…”
Section: Data Collectionmentioning
confidence: 99%