Surfactant Association: Recent Theoretical and Experimental Developments

6533b853fe1ef96bd12ac986

RESEARCH PRODUCT

Surfactant Association: Recent Theoretical and Experimental Developments

Philip C. Shanks P. S. Goyal Krishnan Chari S. Sánchez Kyoko Watanabe C. J. Johny A. D. Nikolov A. D. Nikolov Camillo La Mesa Lui Lane Lui Lane M. Costas Vipendra Tyagi A. N. Maitra D. Balasubramanian E. Pramauro Li Yong J. Sancenón Anil B. Zade P. Mariscal Ishrat Jahan Paul Joseph Tracy Missel V. P. Mehta P. A. Pincus D. Roux P. A. Kralchevsky P. A. Kralchevsky Ronald D. Neuman H. C. Dominguez A. S. Tourky J. Strnad A. Robledo H.-h. Kohler S. Bhattacharya D. A. Tomalia D. A. Tomalia D. A. Tomalia V. K. Kelkar Fang Mingming B. A. Moyer Ton Weide D. O. Shah Kunio Mimura L. C. Heda J. M. Douillard J. Texter B. A. Dasannacharya M. Terenzi C. Manohar B. K. Mishra B. K. Mishra P. Ashburner M. J. Stébé Daniel J. O’leary Xia Jiding Xia Jiding F. C. Mackintosh Frank A. L. Anet M. K. Packman Giuseppe Antonio Ranieri Yu Xiafei D. Blankschtein I. A. El-sabbagh Kazuyuki Tsubone E. Burattini Jaques Roncin Jaques Roncin Zukang Zhou G. Cerichelli C. A. Littau C. A. Bunton M. De La Guardia A. Blasko A. Raudino R. Zana M. Pathak Muzayan Jahan P. D’angelo R. O. Castillo Zhi-jian Yu Jean Faure Jean Faure E. Staude J. L. Carrión J. S. Huang A. R. Lacey E. Orthgieß B. Dobiáš J. Gracia Kailash N. Munshi Ashok N. Bhaskarwar Anjani J. Varma H. N. Singh A. K. Jain M. Privat W. Binana-limbelé M. Hasan S. A. Safran M. M. El-fass K. R. Wormuth Elias I. Franses G. Broze Yang Peizeng F. R. Horch William Binana-limbele D. C. Mckenzie I. B. Ivanov I. B. Ivanov N. J. Turro N. J. Turro N. J. Turro R. Bacaloglu S. Qutubuddin R. Rennas G. J. Lumetta G. Martinez-mekler J. C. Ravey Y. M. Yang William C. Lenhart Tong Weide F. Malejka John C. Shelley C. Varea Savita A. Vaidya Robert Pansu Robert Pansu H. B. Sallam Afaf A. R. El-mariah E. Dayalan E. Giglio D. T. Wasan D. T. Wasan A. Balerna N. V. Pavel J. Sowa Eric W. Kaler Qizhi He E. Tronel-peyroz J. Joshi R. L. Blokhra G. N. Case G. M. Malik Tatsuo Arai Tatsuo Arai K. S. Rao C. B. Douglas F. M. Menger D. F. Nicoli A. Shirazi E. Peris-cardells M. G. Sceats Jiri Barek Angelos Malliaris V. Talanquer N. M. Wilson G. Caminati G. Caminati T. N. Nagar F. Ortega C. F. Baes J. M. Vendel Michael L. Klein V. Srinivas A. M. Bellocq G. G. Warr S. Puvvada C. Chachaty Peiqiang Wu Kenji Mori Ch. Durga Prasad H. Mohindra Chawla L. M. Trejo Jiri Zima Tatsumi Tokumaru Tatsumi Tokumaru E. A. Moussa R. A. Ali K. N. Panchal C. S. Sodhi E. Nava D. Schieder Th. F. Tadros E. Bernieri

subject

Cloud point Viscosity Pulmonary surfactant Chemistry Critical micelle concentration Association (object-oriented programming)Micellar solutions Ionic bonding Thermodynamics Micelle

description

A theoretical model describing the association of ionic surfactants into rod-shaped micelles is combined with an approximate formula for the viscosity increase induced by rod-shaped aggregates. It is shown that most of the thermodynamic parameters of the association model can be obtained from viscosity measurements. The approach is applied to micellar solutions of hexadecylpyridinium salts. The pronounced effect of counter-ion concentration on the growth of rod-shaped micelles can be attributed to a slightly higher degree of counter-ion association in the cylindrical part than in the end portions. An attempt is made to explain the finding that the degree of counter-ion association is virtually independent of counter-ion concentration.

year	journal	country	edition	language
1991-01-01

https://doi.org/10.1007/978-1-4615-3836-3_42