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pH and the surface tension of water
Journal of Colloid and Interface Science, 2014Despite the strong adsorption of hydroxide ions, the surface tension of water is almost independent of pH between pH 1 and 13 when the pH is adjusted by addition of HCl or NaOH. This is consistent with the Gibbs adsorption isotherm which measures the surface excess of all species in the double layer, if hydronium ions and hydroxide ions are adsorbed ...
James K Beattie +2 more
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Surface Tension of Seawater [PDF]
Journal of Physical and Chemical Reference Data, 2014 New measurements and a reference correlation for the surface tension of seawater at atmospheric pressure are presented in this paper. Surface tension of seawater was measured across a salinity range of 20 ⩽ S ⩽ 131 g/kg and a temperature range of 1 ⩽ t ⩽
Gareth H Mckinley +2 more
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CHI '13 Extended Abstracts on Human Factors in Computing Systems, 2013
The human body has a privileged place in explanations of how emotions are communicated. Tangible human bodies, it is hoped, can provide a conceptual and empirical bridge sufficient to convey intangible human experiences; a hope shared by technologies such as avatars and embodied robots. Surface tension explores this idea by testing the boundary between
Nicola Plant, Patrick G. T. Healey
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The human body has a privileged place in explanations of how emotions are communicated. Tangible human bodies, it is hoped, can provide a conceptual and empirical bridge sufficient to convey intangible human experiences; a hope shared by technologies such as avatars and embodied robots. Surface tension explores this idea by testing the boundary between
Nicola Plant, Patrick G. T. Healey
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Journal of Applied Physiology, 1959
The surface tension of the lung decreases markedly on compression resulting from deflation, as calculated from P-V data, and follows a force-area path very similar to that of several mucus surfaces. With changes in surface area of less than 50%, lung extract and mucus bubble surfaces are mechanically reversible.
E S, BROWN, R P, JOHNSON, J A, CLEMENTS
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The surface tension of the lung decreases markedly on compression resulting from deflation, as calculated from P-V data, and follows a force-area path very similar to that of several mucus surfaces. With changes in surface area of less than 50%, lung extract and mucus bubble surfaces are mechanically reversible.
E S, BROWN, R P, JOHNSON, J A, CLEMENTS
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On relativistic surface tension
Journal of Colloid and Interface Science, 2003On the basis of special relativity and classical thermodynamics, the surface tension was shown to be a relativistic invariant.
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Surface Tension Induced Convection in Presence of a Surface Tension Minimum
1988Considerable efforts are accomplished to process materials under reduced gravity conditions. This environment offers the possibility to handle liquid phase without any contact with a container, and leads to the possibility to avoid any contamination due to interactions with the sample holder. It offers also the possibility to handle large stable liquid
Legros, Jean Claude +2 more
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2016
This chapter provides surface tension of ethane at various temperature and pressure condition.
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This chapter provides surface tension of ethane at various temperature and pressure condition.
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WSQ: Women's Studies QuarterlySurface Tension: Physics concepts and equations are applied in this web site for evaluation of surface tension and bubbles, bubble pressure, surface tension and droplets, as well as capillary action.
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Surface Tension and Surface Structure of Water
Science, 1967The surface tension-temperature relationship for water is smooth and linear when account is taken of the expansion of the surface with temperature. This plot permits the calculation of thermodynamic properties for 1 square centimeter of surface. Molar surface quantities are derived by assuming a hexagonal water surface structure.
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2004
Abstract The origin of interfacial tension is the interaction energy between the molecules in the two media present. The first approach by Laplace involves calculating the energy required to divide two parts of an infinite fluid into two parts with a planar separation surface.
Pierre Pelcé +2 more
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Abstract The origin of interfacial tension is the interaction energy between the molecules in the two media present. The first approach by Laplace involves calculating the energy required to divide two parts of an infinite fluid into two parts with a planar separation surface.
Pierre Pelcé +2 more
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