Keywords: ضدآفتاب; Ionic surfactants; Micellization; Polar aprotic solvents; Conductivity; Counterion binding;
مقالات ISI ضدآفتاب (ترجمه نشده)
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Keywords: ضدآفتاب; Vesicles; Counterion binding; NMR; Cationics;
Keywords: ضدآفتاب; Amphiphilic drug; Propranolol; CTAB; Counterion binding; Interaction parameter;
Keywords: ضدآفتاب; Protein–nanoparticle interaction; Surface functionalization; Hen egg white lysozyme; Conformational change; Counterion binding
Keywords: ضدآفتاب; Sodium dioctylsulfosuccinate; Ethylene glycol; Critical micelle concentration; Counterion binding; Small angle neutron scattering
Keywords: ضدآفتاب; Micelles of ionic surfactants; Counterion binding; Degree of micelle ionization; Critical micellization concentration; Micelle aggregation number; Conductivity of micellar solutions; Mixed surfactant micelles;
Effects of cationic nanoparticles (CNP) on counterion binding constant (RXBr) and catalytic constant (kcat) in micellar system
Keywords: ضدآفتاب; Catalytic constant; Counterion binding; Kinetic; Micellar catalysis; Microheterogenous catalysis;
Specific ion effects of chloride vis-Ã -vis acetate, propionate and butyrate counterions on the cetylpyridinium headgroup at the micelle-solution and air-solution interfaces
Keywords: ضدآفتاب; Cetylpyridinium chloride; Carboxylate ions; Counterion binding; Selectivity coefficient; Surface excess;
Effect of sodium chloride on the aggregation, adsorption and counterion binding behavior of mixtures of sodium dioctylsulfosuccinate and sodium dodecylsulfate in water
Keywords: ضدآفتاب; Sodium dioctylsulfosuccinate; Sodium dodecylsulfate; Mixed surfactant; Critical micelle concentration; Counterion binding; Surface excess
Double conformational transition of alkali metal poly(l-glutamate)s in aqueous ethanol: Counterion mixing effect revisited
Keywords: ضدآفتاب; Coil-helix transition; Coil-globule transition; Alkali metal poly(l-glutamate); Counterion binding;
The Gibbs-Duhem type relation for ionic/nonionic mixed micelles - An alternative approach to Hall's method
Keywords: ضدآفتاب; Mixed micelles; The Gibbs-Duhem relation; The dressed micelle model; Ionic surfactant; Counterion binding;
Thermodynamic parameters and counterion binding to the micelle in binary anionic surfactant systems
Keywords: ضدآفتاب; Mixed anionic surfactants; Regular solution theory; Counterion binding; Sodium dodecylsulfate; Sodium decylsulfate; Sodium 4-octylbenzenesulfonate
Self-assembly in aqueous bile salt solutions
Keywords: ضدآفتاب; Bile; Bile salt; Bile acid; Micellar structure; Critical micellar concentration (cmc); Aggregation number; Counterion binding; Self-assembly
Phenomenological approaches in the thermodynamics of mixed micelles with electric charges
Keywords: ضدآفتاب; Elecrtrically charged mixed micelles; The micellar Gibbs–Duhem relation; Electric synergism; Hydrogen ion titration; Counterion binding
Effects of chemical structures of para-halobenzoates on micelle nanostructure, drag reduction and rheological behaviors of dilute CTAC solutions
Keywords: ضدآفتاب; Surfactant drag reduction; Threadlike micelles; Counterion binding; Rheology; Zeta-potential; 1H NMR; Cryo-TEM;
Degree of counterion binding on water in oil microemulsions
Keywords: ضدآفتاب; Microemulsion; Acidity function; Neutralized charge; Counterion binding;
Mixed micellization and interfacial properties of dodecyltrimethylammonium bromide and tetraethyleneglycol mono-n-dodecyl ether in absence and presence of sodium propionate
Keywords: ضدآفتاب; Mixed micelle formation; Synergism; Mixed monolayer formation; Interaction parameter; Hydrophobic counterions; Micropolarity; Aggregation number; Counterion binding
Estimation of degree of counterion binding and thermodynamic parameters of ionic surfactants from cloud point measurements by using triblock polymer as probe
Keywords: ضدآفتاب; Cloud point measurements; Counterion binding; Triblock polymers; Ionic surfactants; Thermodynamic parameters;
Effects of micelle-to-vesicle transitions on the degree of counterion binding
Keywords: ضدآفتاب; Micelles; Vesicles; Counterion binding; Micelle-vesicle transition; Didodecyldimethylammonium bromide; Amine oxides;