Nothing Special   »   [go: up one dir, main page]

Shinoda et al., 1989 - Google Patents

Physical meaning of the Krafft point: observation of melting phenomenon of hydrated solid surfactant at the Krafft point

Shinoda et al., 1989

Document ID
8206930950100265387
Author
Shinoda K
Yamaguchi N
Carlsson A
Publication year
Publication venue
The Journal of Physical Chemistry

External Links

Snippet

Introduction Ionic surfactant disperses in water forming micelles above the Krafft point, whereas hydrated solid surfactant precipitates below this temperature. In other words, singly dispersed surfactant is in equilibrium with hydrated solid surfactant and micellar sur-factant …
Continue reading at pubs.acs.org (other versions)

Similar Documents

Publication Publication Date Title
Shinoda et al. Physical meaning of the Krafft point: observation of melting phenomenon of hydrated solid surfactant at the Krafft point
Yates et al. A redetermination and extension of the H 0 scale of acidity in aqueous perchloric acid
Zana et al. Fluorescence probing study of the association of bile salts in aqueous solutions
Oki et al. An efficient preparation of 4, 4′-dicarboxy-2, 2′-bipyridine
Rosen et al. Binary mixtures of surfactants. The effect of structural and microenvironmental factors on molecular interaction at the aqueous solution/air interface
Bujalowski et al. Negative co-operativity in Escherichia coli single strand binding protein-oligonucleotide interactions: I. Evidence and a quantitative model
Kanno et al. Raman study of aqueous rare earth nitrate solutions in liquid and glassy states
Markarian et al. The properties of mixtures of sodium dodecylsulfate and diethylsulfoxide in water
Lumry et al. Studies of rack mechanisms in heme-proteins. I. The magnetic susceptibility of cytochrome c in relation to hydration
Balny et al. New trends in cryoenzymology: II.-Aqueous solutions of enzymes in apolar solvents
Hasumi Kinetic studies on isomerization of ferricytochrome c in alkaline and acid pH ranges by the circular dichroism stopped-flow method
Krishnan et al. Isotope effect on weak acid dissociation
Ahmed et al. Primary isotope effects and general base catalysis in the hydrolysis of trans-dichloro (1, 9-diamino-3, 7-diazanonane) cobalt (III) cations
Scott et al. Inhibition of trypsin by carbobenzyloxylysyl chloromethyl ketone: 13C NMR and x-ray diffraction analyses of the enzyme-inhibitor complex
Tsujii et al. Microscopic viscosity of the interior water pool in dodecylammonium propionate reversed micelles.
Carbone et al. Effects of nonionic, cationic, and anionic micelles on the kinetics of the complexation reaction of nickel (II) with pyridine‐2‐azo‐p‐dimethylaniline
Robinson et al. On Carbonium Ions in Chlorosulfuric Acid
JP2677646B2 (en) Method for producing colloidal silica
Gehman et al. The mechanism of racemization of the tris (ethylenediamine) cobalt (III) cation
Niazi et al. Conductivities and ionic association of copper (II) and manganese (II) sulfates in ethanol+ water at 298.15 K
Gooch et al. A method for the separation of aluminum from iron
Osakai et al. Temperature effect on the selective hydration of sodium ion in nitrobenzene
Kress et al. Extraction of copper salts with a mixed extractant (II): water uptake and osmometric measurements
Rindermann et al. Base-catalyzed isomerization reactions of Nitro-and nitritobis (ethylene-diamine) cobalt (III) complexes in aqueous solution
Taha Thermodynamic Study of the Second‐Stage Dissociation of N, N‐Bis‐(2‐Hydroxyethyl) Glycine (Bicine) in Water at Different Ionic Strength and Different Solvent Mixtures