Results 201 to 210 of about 90,383 (254)
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2004
In examining the properties of the metal | solution interface, two limiting types of behavior are found, namely, the ideal polarizable interface and the ideally nonpolarizable interface. In the former case, the interface behaves as a capacitor so that charge can be placed on the metal using an external voltage source. This leads to the establishment of
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In examining the properties of the metal | solution interface, two limiting types of behavior are found, namely, the ideal polarizable interface and the ideally nonpolarizable interface. In the former case, the interface behaves as a capacitor so that charge can be placed on the metal using an external voltage source. This leads to the establishment of
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Ion redistribution in an electric double layer
Journal of Colloid and Interface Science, 2003The structure of a single flat electric double layer (EDL) is studied by grounding a symmetric electrolyte (NaCl), which is in contact with a planar positively corona-treated polypropylene film. Because the profiles of the electrostatic potential distribution and ion distribution in the solution are altered when the solution is grounded, some mobile ...
Haifeng, Ni, Robert C, Amme
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Electric Double-Layer Capacitance of Carbon Nanocages
Journal of Nanoscience and Nanotechnology, 2009We have carried out capacitive experiments on carbon nanocage (CNC) materials, which have highly ordered and uniform pores. The sizes of the opening pores in CNCs are approximately 5.6 nm, as measured from TEM images. CNC materials exhibit type IV nitrogen adsorption isotherms according to the IUPAC classification scheme along with hysteresis and BJH ...
Tadokoro, Makoto +7 more
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1994
In Chapter 15 it was shown that the van der Waals energy of attraction is due to interatomic electrical forces within particles. The Hamaker constant sums all these interatomic energies as a function of the volume of a particle of any material. Then the van der Waals energy is calculated from the Hamaker constant, the size of the respective particles ...
James E. Funk, Dennis R. Dinger
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In Chapter 15 it was shown that the van der Waals energy of attraction is due to interatomic electrical forces within particles. The Hamaker constant sums all these interatomic energies as a function of the volume of a particle of any material. Then the van der Waals energy is calculated from the Hamaker constant, the size of the respective particles ...
James E. Funk, Dennis R. Dinger
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Electronic Effects in the Electric Double Layer
Chemical Reviews, 1996All electrochemical reactions take place at the interface between an electronic conductor, the electrode, and an ionic conductor, the electrolyte. Since the course of these reactions and their variation with the electrode potential depend on the distribution of the particles and the charges in this interfacial region, its structure is of paramount ...
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The Electrical Double Layer on Silver Iodide
1977Silver iodide and mercury are very different substances, but they have one feature in common. Both are model substances for interfacial electrochemists. Mercury is a favourite object for the study of double layers and electrode kinetics. Its popularity derives) inter alia from its high po1arizabi1ity, its high conductivity and its easily renewable ...
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Stabilizing Zinc Anodes by Regulating the Electrical Double Layer with Saccharin Anions
Advanced Materials, 2021Xin Zhao, Zhixiao Liu, Xiaohua Chen
exaly