Sentence examples for measuring surface roughness from inspiring English sources

The multi-wavelength fiber sensor for measuring surface roughness and surface scattering characteristics were investigated.

An optical probe of the methods based on light scattering for measuring surface roughness and optical triangulation for measuring micro-displacement is described.

The accuracy for measuring surface roughness by multi-wavelength fiber sensor is about twice as large as that by single-wavelength fiber sensor.

There are many methods of measuring surface roughness, such as image processing, microscopes, stylus type instruments, profile tracing instruments, etc. (Azadi Moghaddam and Kolahan 2014).

We used AFM for characterizing surface morphology and measuring surface roughness and specific area (Table 1).

A fast and flexible optical measurement system to measure surface roughness of hard coatings deposited by cathodic arc evaporation is developed in this work.

A diamond stylus profiling instrument was used to measure surface roughness on four phase I shearing facets of upper molars.

There are many methods to measure surface roughness mathematically: the ratio of surface area and its projection onto a horizontal plane, frequency distributions, fractal analysis, and surface curvature.

A new optical measuring system is developed to measure surface roughness of ZrCN hard thin films deposited by cathodic arc evaporation.

However, few works have been focused systematically on the development of quantitative criteria to measure surface roughness and relate this parameter to the debonding stress.

The experimental results indicate that multi-wavelength fiber sensor can accurately measure surface roughness, and can effectively reduce the unsystematic error.