Titlebook: Next-Generation Actuators Leading Breakthroughs; Toshiro Higuchi,Koichi Suzumori,Satoshi Tadokoro Book 2010 Springer-Verlag London 2010 In

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Masatake Shiraishi,Akihiro Itomicellization is sufficiently slow compared to rotational diffusion, an effective potential associated with . flow can be incorporated directly into the usual statistical thermodynamics of self-assembly; in the “fast reaction” limit, on the other hand, a Smoluchowski-type equation for the time-depen

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Yasuhiro Sugawara,Yan Jun Li,Yoshitaka Naitoh,Masami Kageshima Due to their properties, they are typically employed as detergents, emulsifiers, dispersants, wetting and foaming agents. In chemical enhanced oil recovery (cEOR), surfactants are used as flooding agents, alone or in combination with polymers, alkali, and more recently nanoparticles, to increase th

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Kenji Kawashima,Toshinori Fujitaed oil recovery (EOR). In tight oil shale and shale reservoirs, capillary imbibition become a dominant recovery mechanism where ultra-low IFT becomes less significant or even a retarding force in certain scenarios. Recent researches have emphasized that the microscopic efficiency of CO. flooding cou

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Shinichi Yokota,Kazuhiro Yoshida,Kenjiro Takemura,Joon-wan Kim Due to their properties, they are typically employed as detergents, emulsifiers, dispersants, wetting and foaming agents. In chemical enhanced oil recovery (cEOR), surfactants are used as flooding agents, alone or in combination with polymers, alkali, and more recently nanoparticles, to increase th

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Masahiro Ohkarilling process. Surfactants, as one of these additives, play a vital role in sealing off the lost circulation zones and in controlling the rheological properties of the dispersions to meet the specification of the desired applications. This chapter is divided into three sections. The first section