Sentence examples for changes of surface microtopography from inspiring English sources

Scanning electron microscope was used to characterize the changes of surface microtopography of limestone and granite before and after abrasion and the interfacial morphology with asphalt binder.

However, the characterisation of surface microtopography by scattered light sometimes only yields a qualitative assessment or does not directly correspond to common roughness parameters.

This instrument provides video rate imaging of surface microtopography and the dynamics of its evolution during irradiation by energetic ions, at temperatures up to 1700 K.

This model may be a promising in so far as it is very rapid (a time frame less than a second per square centimeter of micropatterned surface) and provides further insights into the effects of surface microtopography on cell response with possible applications in the field of biosensors, biomedical and/or pharmaceutical engineering sciences.

The effect of polydimethylsiloxane (PDMS) content, PDMS molecular weight, and the extent of prepolymerization reactions between hydroxyl functional PDMS and polyisocyanate were explored in order to understand the influence of these variables on the formation of surface microtopography in a siloxane polyurethane thermoset.

The Michelson interferometer and its modifications are used in the optical industry for testing lenses and prisms, for measuring index of refraction, and for examining minute details of surfaces (microtopographies).

A surface microtopography design and manufacturing methodology is presented that handles the intrinsic geometrical complexity of a surface microtopography by introducing topography descriptors.

Subsequently, model osteoblast-like cells were plated onto the laser microfabricated surfaces in order to study the effects of particular surface microtopography on preferential cell deposition and orientation.

Alterations in surface microtopography change the adsorption of proteins to the implant surface, which also affects cell attachment and differentiation [ 1– 3].

In culture, osteoblasts spread and elongate along the surface microtopography of the collagenic surface of allografts [ 25].

This chapter provides an overview of in vitro work and places it in the context of studies designed to test the importance of specific surface microtopographies clinically.