Examples of using Sample surface in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Sample surface and bottom have to be flat and parallel.
Shape analysis on flat and curved sample surface.
Using a Perthometer, the sample surface is scanned by a needle of defined geometry, enabling the calculation of definedsurface roughness parameters.
The major part of the light is projected perpendicularly to the sample surface.
The engagement procedure brings the sample surface in contact with the cantilever.
Adapter for soundproof attachment of the impedance tube to a sample surface.
The inlens detector is perpendicular to the sample surface in the electro-optical path.
The underlying principle is based on the inelastic scattering of a primary electron beam at the sample surface.
Optional optional 1 Other specifications possible 2 On sample surface in focus of the applied LIBS laser.
Depending on the boundary conditions,different solutions apply for electric fields parallel and perpendicular to the sample surface.
Software Sophi 1 Otherspecifications possible 2 Without detector 3 On sample surface in focus of the applied LIBS laser.
A focused ion beam, FIB for short, can dig nanometer-sized trenches into the sample and, thus,uncover“hidden” layers below the sample surface.
The tunnel current is measured for every point scanned on the sample surface, indicating the distance from the tip.
Electromagnetic lenses are used to focus this electronbeam down to a spot about 10 nm wide on the sample surface.
Approximately 4 ns after the laser pulse's impact on the sample surface, this fast temporal temperature increase attains its maximum of 2 K at the tunnel junction.
In a similar way to the needle of a record player, the tip scans the sample surface line by line.
As the oscillating tip approaches the sample surface, weak short-range attractive forces act between the tip and the sample, the so-called van der Waals forces.
Using a polishing surface with high resilience will result in material removal from both the sample surface and the sides.
The unique inverted optical system ensures that the sample surface is always the same distance to the camera, making continuous height adjustments and calibrations unnecessary.
Ion-mining: in this process, thinning of the sample isdone by firing charged argon ions at the sample surface until it becomes transparent enough.
The motor proteins are fixed to the sample surface and pass the microtubules over them- a kind of'stagediving' with biomolecules," says Heiko Groß, PhD student in the Hecht group.
Standard benchtop device for universal laboratory applications in science and industry Optimized optical setupproviding a very small laser spot on the sample surface.
Material from a source other than the sample itself, which is deposited on the sample surface during mechanical grinding or polishing, is called contamination.
Hence the NIR measurement results in a representative analysis of the overallsample composition whereas the MIR measurement provides accurate chemical information of a small area on the sample surface.
When measuring with low friction forces on a sample surface with high roughness or inclination, a normal spring cantilever(like those used by an AFM) may be easily twisted out of shape by the sample topography.
In the qualitative analysis of the surface of solid or powdery materials, the energy dispersive spectroscopy by X-rays(EDX) on the electron microscope is used toidentify the elements from beryllium to uranium contained in the sample surface.
The sample preparation should be done to ensure even granulation(homogeneity),to increase the sample surface and to allow an even distribution of the sample(thin and even layer) on the sample pan.
For smaller size, surface area, surface roughness or more of the sample micro-cracks, wet after cleaning should be placed filled with measurementsevacuated degassing cup with distilled water until the sample surface light bubbles or little bubbles up.
During nanoindentation, a pyramidal probe tip, only a few micrometers large,is pressed into the sample surface to be examined. Both, the penetration force applied as well as the penetration distance of the probe tip into the sample surface, are measured simultaneously.