Voorbeelden van het gebruik van Sample surface in het Engels en hun vertalingen in het Nederlands
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Programming
The nozzle is away from the sample surface: 8mm.
only pounding small particles out of the sample surface.
With automatic detection of the sample surface and preheating bath.
And excited backscattered electrons are generated on the sample surface.
In interferometric analysis, the sample surface is irradiated with monochromatic light.
Distance between the furnace and sample surface.
The angle between indenter and sample surface should be perpendicular,
Gas burner nozzles For ignition at the sample surface.
In Scanning Electron Microscopy(SEM) a sample surface is scanned with a finely focussed electron beam.
Figure 5B shows the array of spectra collected across the sample surface.
They also distribute the heat uniformly over the sample surface which promotes good reproducibility.
TCM allows the user to measure the temperature variations on a sample surface.
This results in the formation of a thin solvent layer on the sample surface and generation of secondary micro-droplets that leave the surface. .
which makes contact with the sample surface.
SPM users don't see the sample surface directly- they see an image that represents the surface of the sample. .
Excited secondary electrons are generated in the range of 5-10 nm on the sample surface.
A sharp physical probe scans the sample surface and sends the data gathered to a computer that generates a high resolution image of the sample surface, which can be visualized by the user.
EN 1426 With automatic detection of the sample surface and preheating bath.
This high-energy electron beam will be excited when it is bombarded on the sample surface.
EN 1426 With automatic detection of the sample surface and preheating bath.
Collecting the appropriate signal would then yield a magnetic field image of the sample surface.
Now you can see exactly what occurs at the sample surface during a measurement.
In a single fast measurement it captures information about the gloss and texture on a sample surface.
A preparation method is a series of steps in which material is removed mechanically from the sample surface by means of successively finer abrasives.
CCM allows the user to measure variations of thermal conductivity on a sample surface.
Ion-mining: in this process, thinning of the sample is done by firing charged argon ions at the sample surface until it becomes transparent enough.
is our term for removal of a specific volume of material from the sample surface.
Then reactive gas is chemisorbed onto the surface active sites of the sample surface.
this energy spectrum can be interpreted as a mass spectrum for the sample surface.
new deformation as possible, thus preparing the sample surface for polishing.