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Results: 1-11 |
Results: 11
Characterization of mixed micelles of SDS and a sugar-based nonionic surfactant as a variable reaction medium
Authors: Bales, BL Ranganathan, R Griffiths, PC
Citation: Bl. Bales et al., Characterization of mixed micelles of SDS and a sugar-based nonionic surfactant as a variable reaction medium, J PHYS CH B, 105(31), 2001, pp. 7465-7473
A definition of the degree of ionization of a micelle based on its aggregation number
Authors: Bales, BL
Citation: Bl. Bales, A definition of the degree of ionization of a micelle based on its aggregation number, J PHYS CH B, 105(29), 2001, pp. 6798-6804
Size, hydration, and shape of SDS/heptane micelles investigated by time-resolved fluorescence quenching and electron spin resonance
Authors: Ranganathan, R Peric, M Medina, R Garcia, U Bales, BL Almgren, M
Citation: R. Ranganathan et al., Size, hydration, and shape of SDS/heptane micelles investigated by time-resolved fluorescence quenching and electron spin resonance, LANGMUIR, 17(22), 2001, pp. 6765-6770
Time-resolved fluorescence quenching and electron paramagnetic resonance studies of the hydration of lithium dodecyl sulfate micelles
Authors: Bales, BL Shahin, A Lindblad, C Almgren, M
Citation: Bl. Bales et al., Time-resolved fluorescence quenching and electron paramagnetic resonance studies of the hydration of lithium dodecyl sulfate micelles, J PHYS CH B, 104(2), 2000, pp. 256-263
A spin-probe study of the modification of the hydration of SDS micelles byinsertion of sugar-based nonionic surfactant molecules
Authors: Bales, BL Howe, AM Pitt, AR Roe, JA Griffiths, PC
Citation: Bl. Bales et al., A spin-probe study of the modification of the hydration of SDS micelles byinsertion of sugar-based nonionic surfactant molecules, J PHYS CH B, 104(2), 2000, pp. 264-270
Surfactant- and salt-induced growth of normal sodium alkyl sulfate micelles well above their critical micelle concentrations
Authors: Ranganathan, R Tran, L Bales, BL
Citation: R. Ranganathan et al., Surfactant- and salt-induced growth of normal sodium alkyl sulfate micelles well above their critical micelle concentrations, J PHYS CH B, 104(10), 2000, pp. 2260-2264
Fluorescence probe studies of gelatin-sodium dodecyl sulfate interactions
Authors: Griffiths, PC Roe, JA Bales, BL Pitt, AR Howe, AM
Citation: Pc. Griffiths et al., Fluorescence probe studies of gelatin-sodium dodecyl sulfate interactions, LANGMUIR, 16(22), 2000, pp. 8248-8254
Manganese(II)/(III) glycolates: preparation, X-ray crystallographic study,and application in radical cycloaddition reactions
Authors: Melikyan, GG Amiryan, F Visi, M Hardcastle, KI Bales, BL Aslanyan, G Badanyan, SH
Citation: Gg. Melikyan et al., Manganese(II)/(III) glycolates: preparation, X-ray crystallographic study,and application in radical cycloaddition reactions, INORG CHIM, 308(1-2), 2000, pp. 45-50
A novel two microwave field ESR implemented by double field modulation
Authors: Peric, M McMullen, CD Andrade, V Bales, BL
Citation: M. Peric et al., A novel two microwave field ESR implemented by double field modulation, CHEM P LETT, 299(1), 1999, pp. 69-74
Probing DMPG vesicle surface with a cationic aqueous soluble spin label
Authors: Riske, KA Nascimento, OR Peric, M Bales, BL Lamy-Freund, MT
Citation: Ka. Riske et al., Probing DMPG vesicle surface with a cationic aqueous soluble spin label, BBA-BIOMEMB, 1418(1), 1999, pp. 133-146
Precision relative aggregation number determinations of SDS micelles usinga spin probe. A model of micelle surface hydration
Authors: Bales, BL Messina, L Vidal, A Peric, M Nascimento, OR
Citation: Bl. Bales et al., Precision relative aggregation number determinations of SDS micelles usinga spin probe. A model of micelle surface hydration, J PHYS CH B, 102(50), 1998, pp. 10347-10358
Risultati: 1-11 |