التفاصيل البيبلوغرافية
العنوان:
Surfactant Association: Recent Theoretical and Experimental Developments
المؤلفون:
Philip C. Shanks , P. S. Goyal , Krishnan Chari , S. Sánchez , Kyoko Watanabe , C. J. Johny , A. D. Nikolov , Camillo La Mesa , 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 , Ronald D. Neuman , H. C. Dominguez , A. S. Tourky , J. Strnad , A. Robledo , H.-H. Kohler , S. Bhattacharya , 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 , P. Ashburner , M. J. Stébé , Daniel J. O’Leary , 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 , 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 , 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 , 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 , H. B. Sallam , Afaf A. R. El-Mariah , E. Dayalan , E. Giglio , 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 , 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 , 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 , E. A. Moussa , R. A. Ali , K. N. Panchal , C. S. Sodhi , E. Nava , D. Schieder , Th. F. Tadros , E. Bernieri
المصدر:
Surfactants in Solution ISBN: 9781461367123
بيانات النشر:
Springer US, 1991.
سنة النشر:
1991
مصطلحات موضوعية:
Cloud point , Viscosity , Pulmonary surfactant , Chemistry , Critical micelle concentration , Association (object-oriented programming) , Micellar solutions , Ionic bonding , Thermodynamics , Micelle
الوصف:
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.
ردمك:
978-1-4613-6712-3
الوصول الحر:
https://explore.openaire.eu/search/publication?articleId=doi_________::11432226d0a11cde9f91e19419b60b74Test https://doi.org/10.1007/978-1-4615-3836-3_42Test
حقوق:
CLOSED
رقم الانضمام:
edsair.doi...........11432226d0a11cde9f91e19419b60b74
قاعدة البيانات:
OpenAIRE
