Examples of using Sample surface in English and their translations into Italian
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First test on an unobtrusive spot or sample surface.
Observe the sample surface with the integrated video microscope.
Energy-saving Design: Double-compressor Sample Surface temperature display.
Thus the sample surface is exposed to the ambient air of test chamber.
Distance between the furnace and sample surface 38mm Burning gas.
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TCM allows the user to measure the temperature variations on a sample surface.
The engagement procedure brings the sample surface in contact with the cantilever.
Built-in level to keep the tester parallel to the sample surface.
Automatic focus on the sample surface eliminates the need for manual adjustments.
Preparation: Test the application on an unobtrusive spot or sample surface.
Contrary to conventional manual verification technology, the sample surface is always at the same distance from the camera.
Preparation: Test the application on an unobtrusive spot or sample surface.
SPM users don't see the sample surface directly- they see an image that represents the surface of the sample. .
To calculate it exactly, we suggest doing a test on a sample surface.
and anisotropy of the sample surface as well as distributions of adsorbed particles
Figure 5B shows the array of spectra collected across the sample surface.
Now you can see exactly what occurs at the sample surface during a measurement.
then yield a magnetic field image of the sample surface.
We suggest carrying out a preliminary test on a sample surface of several metres;
are generated in the range of 5-10 nm on the sample surface.
We suggest performing a preliminary wash on a sample surface of a few square meters;
beam down to a spot about 10 nm wide on the sample surface.
We recommend to perform a preliminary wash on a sample surface of a few square meters;
is our term for removal of a specific volume of material from the sample surface.
Where the desired normal force is extremely low and the sample surface topography complicated.
action of a steel disk rotating in contact with the sample surface.
steps in which material is removed mechanically from the sample surface by means of successively finer abrasives.
back-scattered electrons that contain information about the sample surface topography.
done by firing charged argon ions at the sample surface until it becomes transparent enough.
thus preparing the sample surface for polishing.