Results 221 to 230 of about 50,998 (266)
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Brillouin scattering in aqueous electrolyte solutions
The Journal of the Acoustical Society of America, 1972Brillouin scattering studies have been carried out in a number of aqueous electrolyte solutions at various concentrations up to 4M. Two types of results have been obtained: (1) hypersonic velocity data from the frequency shift of the Brillouin components; and (2) hypersonic absorption coefficients from the line widths of the Brillouin components.
Arthur R. Maret, Ernest Yeager
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1994
We begin this chapter with a brief review of design improvements aimed at making batteries more abuse resistant and safe for users, and we then discuss some of the safety precautions that users need to take to prevent accidents. With few exceptions, most of the design improvements we mention have already been incorporated into batteries where necessary.
Samuel C. Levy, Per Bro
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We begin this chapter with a brief review of design improvements aimed at making batteries more abuse resistant and safe for users, and we then discuss some of the safety precautions that users need to take to prevent accidents. With few exceptions, most of the design improvements we mention have already been incorporated into batteries where necessary.
Samuel C. Levy, Per Bro
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Initial Electrospreading of Aqueous Electrolyte Drops
Physical Review Letters, 2013The early spreading of a liquid drop on a solid surface driven by inertial, capillary, and electrostatic forces is of fundamental interest, since most commonly used surfaces are (naturally) charged. We studied the effect of applying an electric potential between a drop and a surface on the early spreading of aqueous electrolyte drops.
Chen, L. +4 more
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Effect of electrolyte on surface potential of haematite in aqueous electrolyte solutions
Surface Engineering, 2008A method for determination of the surface potential Ψ0 by single crystal metal oxide electrodes is demonstrated. Theoretical analysis of metal oxides using the surface complexation model was based on the general surface reaction equation. It was shown that the slope of Ψ0(pH) function should be lower than the Nernstian slope.
Kallay, Nikola, Begović, Tajana
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Solvation of Electrolytes and Nonelectrolytes in Aqueous Solutions
The Journal of Physical Chemistry B, 2011A new theory of electrolyte and nonelectrolyte solutions has been developed which, unlike the Debye-Hückel method applicable for small concentrations only, makes it possible to estimate thermodynamic properties of a solution in a wide range of state parameters.
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Surface Tension of Aqueous Electrolyte Solutions. Thermodynamics
The Journal of Physical Chemistry A, 2012A thermodynamic theory is developed for obtaining the enthalpic and entropic contributions to the surface excess Gibbs energy of electrolyte solutions from the dependence of the surface tension on concentration and temperature. For elaboration, accurate activity coefficients in solution as functions of concentration and temperature are required.
Drzymala, J., Lyklema, J.
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Opening the window for aqueous electrolytes
Science, 2015Lithium batteries can operate with a safer “water-in-salt” electrolyte [Also see Research Article by Suo et al. ]
Leland Smith, Bruce Dunn
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Sedimentation potential in aqueous electrolytes
Langmuir, 1985Etudes de la validite du traitement de Smoluchowski du potentiel de sedimentation (effet Dorn). Mesures dans le cas d'un systeme modele de microspheres de verre, de 97 μm, dispersees dans un electrolyte aqueux. Donnees sur l'appareillage permettant la mesure rapide du gradient du potentiel de sedimentation, de la concentration volumique des particules ...
Bruce J. Marlow, Robert L. Rowell
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Thermodynamics of Aqueous Mixed Electrolytes
1973Studies of the thermodynamic properties of aqueous mixed electrolyte solutions have been very useful in increasing our understanding of the nature of specific ion interactions in solution. From both an experimental and theoretical point of view it is convenient to treat these mixtures in terms of the way in which the properties of the mixture differ ...
Henry L. Anderson, Robert H. Wood
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