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Explosion Problems for Surface Charges
Moscow University Mechanics Bulletin, 2021zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Maksimenko, V. A., Tolokonnikov, S. L.
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Surface charge, surface dipoles and membrane conductance
Biochimica et Biophysica Acta (BBA) - Biomembranes, 1973Abstract The conductance of lipid membranes in the presence of nonactin is changed by the adsorption of small amounts of ionic and zwitterionic surfactants. The conductance changes are, in many instances, not accounted for by the variation in surface charge or diffuse double layer potential as calculated from Gouy-Chapman theory.
D A, Haydon, V B, Myers
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1997
The surface of soil colloids carries electric charges, and these surface charges are the basic cause for soil to possess a series of surface properties. Soil surface charges affect the chemical properties of the soil through varying the quantity of electric charge and the surface charge density. For example, adsorptions of cations and anions are caused
X. N. Zhang, A. Z. Zhao
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The surface of soil colloids carries electric charges, and these surface charges are the basic cause for soil to possess a series of surface properties. Soil surface charges affect the chemical properties of the soil through varying the quantity of electric charge and the surface charge density. For example, adsorptions of cations and anions are caused
X. N. Zhang, A. Z. Zhao
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The Journal of Membrane Biology, 1976
The equations of membrane potential developed by Kobatake and coworkers have been applied to the literature data on the resting membrane potential of the crayfish and Myxicola axons to derive values for the surface charge density present on the axon membranes. Some shortcomings of the method are briefly discussed.
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The equations of membrane potential developed by Kobatake and coworkers have been applied to the literature data on the resting membrane potential of the crayfish and Myxicola axons to derive values for the surface charge density present on the axon membranes. Some shortcomings of the method are briefly discussed.
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Effect of Surface Charge on Colloidal Charge Reversal
The Journal of Physical Chemistry B, 2009The objective of this research work is to understand the effect of the surface charge density on the charge reversal phenomenon. To this end, we use experimental results and computer simulations. In particular, we measure the electrophoretic mobility of latex particles (macroions) in the presence of a multivalent electrolyte.
A, Martín-Molina +3 more
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Bone Mineral and Surface Charge
Clinical Orthopaedics and Related Research, 1977A triple association has been observed between a high negative surface charge, bone morphogenetic activity, and in vitro recalcificaiton in implants of demineralized bone matrix. Proplast fills with bony tissue when implanted in the body and shows the same triple association.
C, Eriksson, S, Jones
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Charged Surfaces and Interfacial Ions
Journal of Colloid and Interface Science, 2000Interfacial charge in a solid/liquid system is due to interactions of ions with surface sites affected by the electrostatic potential that is a consequence of their accumulation. The present theoretical approach is based on the so-called Surface Complexation Model that has several modifications known as either the 1-pK, the 2-pK, or the "MUSIC" model ...
Kallay, Nikola, Žalac, Suzana
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2015
The surface charge density of a membrane is the total electric charge per unit of membrane surface area. When a membrane surface is put in contact with a fluid containing charged species, several chemical interactions take place such as acid/ base dissociation, ionization of functional groups, adsorption of ions on the membrane surface, and/or the ...
Dianne Wiley, Gustavo Fimbres Weihs
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The surface charge density of a membrane is the total electric charge per unit of membrane surface area. When a membrane surface is put in contact with a fluid containing charged species, several chemical interactions take place such as acid/ base dissociation, ionization of functional groups, adsorption of ions on the membrane surface, and/or the ...
Dianne Wiley, Gustavo Fimbres Weihs
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1984
Publisher Summary Lipids and proteins contain groups that are charged at the appropriate pH. Many biological membranes possess surface charges due to the presence of these lipids and proteins. There is experimental evidence for a surface charge present on both the outer and inner surfaces of the squid giant axon membrane. This chapter illustrates the
Daniel L. Gilbert, Gerald Ehrenstein
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Publisher Summary Lipids and proteins contain groups that are charged at the appropriate pH. Many biological membranes possess surface charges due to the presence of these lipids and proteins. There is experimental evidence for a surface charge present on both the outer and inner surfaces of the squid giant axon membrane. This chapter illustrates the
Daniel L. Gilbert, Gerald Ehrenstein
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