Precision Assessment of Surface Coating Roughness Height
... unified approach in the assessment of surface roughness 3D parameters. To make possible application of the ISO/DIS 25178 standard being developed one needs information on the determination of 3D surface roughness parameter precision, such as number of measurements, dimensions of measurement areas an ...
... unified approach in the assessment of surface roughness 3D parameters. To make possible application of the ISO/DIS 25178 standard being developed one needs information on the determination of 3D surface roughness parameter precision, such as number of measurements, dimensions of measurement areas an ...
Surface Characterization by Spectroscopy and Microscopy
... vapor at low temperature, effectively has an interface that is one atomic distance in width. A more diffuse interface is present in the extreme case, where we may consider a system near its critical point, such as a liquid in contact and hence at equilibrium with its own vapor at high temperature an ...
... vapor at low temperature, effectively has an interface that is one atomic distance in width. A more diffuse interface is present in the extreme case, where we may consider a system near its critical point, such as a liquid in contact and hence at equilibrium with its own vapor at high temperature an ...
dmi cleaning and maintenance
... gallon of water. A long-handled soft bristle brush will make cleaning easier. Follow cleaning operation with a clear water rinse. In areas subject to high humidity levels, mildew can occur. Most fluorocarbon finishes like DynaClad® are inherently mildew-resistant, but dirt and spore deposits can per ...
... gallon of water. A long-handled soft bristle brush will make cleaning easier. Follow cleaning operation with a clear water rinse. In areas subject to high humidity levels, mildew can occur. Most fluorocarbon finishes like DynaClad® are inherently mildew-resistant, but dirt and spore deposits can per ...
Surface and colloidal chemistry
... • Water does not wet waxed/oily surfaces because • cohesive forces within the water drops >> the adhesive forces between the ...
... • Water does not wet waxed/oily surfaces because • cohesive forces within the water drops >> the adhesive forces between the ...
Ultrahydrophobicity
Superhydrophobic surfaces are highly hydrophobic, i.e., extremely difficult to wet. The contact angles of a water droplet exceeds 150° and the roll-off angle/contact angle hysteresis is less than 10°. This is also referred to as the Lotus effect, after the superhydrophobic leaves of the lotus plant. Droplet impacting on these kind of surfaces can fully rebound like an elastic ball, or pancake.