Results 201 to 210 of about 194,959 (267)
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Surface-sensitive conductance measurements
Journal of Physics: Condensed Matter, 2008Several approaches for surface-sensitive conductance measurements are reviewed. Particular emphasis is placed on nanoscale multi-point probe techniques. The results for two model systems, which have given rise to some dispute, are discussed in detail: Si(111)(7 × 7) and ([Formula: see text])Ag-Si(111).
Hofmann, Philip, Wells, Justin
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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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Surface barriers and surface conductance
Physica, 1954Synopsis A brief review is given of the effect of a space-charge barrier layer at the free surface of a semiconductor on various properties: (1) contact potential, (2) change in contact potential with illumination, (ΔC.P.) L , (3) rectification, (4) electron transfer reactions, including adsorption, (5) surface life-time and photo conductivity, (7)
J BARDEEN, S MORRISON
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Journal of Chemical Education, 1984
The properties of surface conductive glass, the chemical nature of surface conducting SnO2, and simple procedure for the preparation of surface conducting SnO2 films on glass substrates.
John Tanaka, Steven L. Suib
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The properties of surface conductive glass, the chemical nature of surface conducting SnO2, and simple procedure for the preparation of surface conducting SnO2 films on glass substrates.
John Tanaka, Steven L. Suib
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Journal of Physics: Condensed Matter, 2001
This paper deals with the dynamics of liquids, water in particular, at hard surfaces. The stacking of the first adjacent molecules leads to a thin layer which upon shear appears phenomenologically stagnant. Electrokinetic phenomena are particularly suited to study such layers. We shall show how surface conduction studies contribute to the understanding
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This paper deals with the dynamics of liquids, water in particular, at hard surfaces. The stacking of the first adjacent molecules leads to a thin layer which upon shear appears phenomenologically stagnant. Electrokinetic phenomena are particularly suited to study such layers. We shall show how surface conduction studies contribute to the understanding
openaire +2 more sources