Effects on the micellar solubilization of organic compounds by surfactant micelles. I. Length of carboxylic side chains in aromatic acids

Adsolubilization of Fluorocarbon Alcohols into Perfluoroheptanoate Admicelles Formed on Alumina

“…Solubilization is a phenomenon in which organic compounds insoluble or sparingly soluble in water can be brought into aqueous solutions by addition of appropriate surfactants. A large number of investigations of the solubilization of organic compounds into micelles have been reported in the open literature. − The partition coefficient of an organic compound between continuous and dispersed phases is a thermodynamically important parameter and has been measured by many different methods, such as vapor pressure, , semiequilibrium dialysis, − head-space chromatography, NMR spectroscopy, UV−vis spectral methods, , and fluorescence probes . Esumi et al .…”

Functionalization of LDPE and PP to Produce Grafted Membranes Used in Dialysis Processes. Part II

“…The prepared membrane was placed between the two compartments of the cell [12,13] . The prepared membrane was placed between the two compartments of the cell [12,13] .…”

“…The effect of degree of grafting of PP-g-NVP on the permeability of vitamin B12 Type of grafting Per. conc.…”

Solubilization of trichloroethylene by polyelectrolyte/surfactant complexes

“…The resulting solution is passed through a membrane with pore sizes smaller than the micellar diameter, so that the micelles and solubilized organic solute are removed. Previous MEUF studies indicate that the separations (solute rejections) obtained are usually closely related to equilibrium values inferred from semiequilibrium dialysis (SED) Bhat et al, 1987;Smith et al, 1986;Higazy et al, 1987;Uchiyama et al, 1990, Correspondence concerning this article should be addressed to S. D. Christian. 1994b; Lee et al, 1990Lee et al, , 1991aKondo et al, 1993;Abe et al, 1993) and vapor pressure experiments (Tucker et al, 1981Christian et al, 1982Christian et al, , 1986Smith et al, 1989).…”

“…In applications of CEUF, it is important to have solubilization results for target solutes throughout a range of activities, as well as derived information about the distribution of organics between the "micellar" and "bulk" pseudophases. In the case of relatively nonvolatile organic solutes, a new SED method has proven to be quite useful in inferring solubilization equilibrium results needed in predicting the effectiveness of CEUF separations Bhat et al, 1987;Smith et al, 1986;Higazy et al, 1987;Uchiyama et al, 1990Uchiyama et al, , 1994aLee et al, 1990Lee et al, , 1991aKondo et al, 1993;Abe et al, 1993).…”