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Thomas,, Jinben Wang, and, Haike Yan. The Journal of Physical Chemistry B , 33 , Langmuir , 21 16 , Accurate Free Energies of Micelle Formation. The Journal of Physical Chemistry B , 14 , Adsorption and Micellization. Langmuir , 21 7 , Dallas B. Warren,, Franz Grieser,, Jilska M. Perera, and, Geoff W.
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Read the ACS privacy policy. Langmuir , 26 16 , Updating Results. Richard C. Weers 1 J.
Langmuir , 20 5 , Langmuir , 20 1 , The Journal of Organic Chemistry , 68 20 , Marcus Persson,, U. Mikael Kjellin, and, Jan Christer Eriksson.
Langmuir , 19 20 , Nazrul Islam and, Teiji Kato. Langmuir , 19 18 , Langmuir , 19 10 , Tomokazu Yoshimura and, Kunio Esumi. Langmuir , 19 8 , The Journal of Physical Chemistry B , 4 , Mikael Kjellin,, Per M. Claesson, and, Per Linse. Effect of the Headgroup on Adsorption. Langmuir , 18 18 , Richard C. Daniel and, John C. Langmuir , 18 13 , Langmuir , 18 10 , Huang-chin Hung and, Gina S.
The Journal of Physical Chemistry B , 50 , The Journal of Physical Chemistry B , 46 , Souvik Maiti and, Prabha R. Transition from Normal to Flowerlike Micelles. The Journal of Physical Chemistry B , 44 , Vollhardt,, V.
Fainerman, and, G. The Journal of Physical Chemistry B , 35 , Fainerman, and, S. Fainerman,, R. Miller, and, E.
Langmuir , 16 9 , Alexey Kabalnov. Langmuir , 16 6 , Shireen B. Sulthana,, P. Rao,, S. Bhat,, T. Nakano,, G. Sugihara, and, A.
Langmuir , 16 3 , Abdel-Khalek, , A. Omar and, Y. Effect of Chain Length. Effect of Phenyl Group. Bhat, and, A. Langmuir , 14 15 , Stoebe,, Zuxuan Lin,, Randal M. Hill,, Michael D. Ward, and, H. Ted Davis. Langmuir , 13 26 , Maiti and, P. Langmuir , 13 19 , Sulthana,, S. Pauling L the Nature of the Chemical Bond. University Press, Ithaca, pp 7 Google Scholar. Academic Press, New York, pp. Weers 1 J. Rathman 1 D.
Scheuing 1 1. Personalised recommendations. Cite article How to cite? ENW EndNote. In order to facilitate the widespread use of gemini surfactants in a variety of applications, low-cost strategies for the synthesis and purification of gemini surfactants have been essentially required.
Summary. In response to intensifying interest on surfactant research brought on by recent innovation, Structure-Performance Relationships in Surfactants. solid–liquid mixtures to give a large variety of colloidal structures. Structure– performance relationships in surfactants are of great importance in nearly all.
On the basis of this background, we have recently developed oleic acid-based gemini surfactants as cost-effective surfactants and polymerizable gemini surfactants as high-quality surfactants. In this review, key interfacial properties of these surfactants are presented. Journal of Japan Oil Chemists' Society.
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