Translation of "Optische messverfahren" in English

Optical measurement methods which work contact-free are significantly faster than mechanical measurement methods.

For example optical or electro-chemical measurement methods are used in such diagnostic devices.

Optical measuring processes will certainly play a significant role.

Through this layer, optical and other measuring methods are coupled in the specimen receptacles.

For each optical measuring method, a separate measurement set-up is required in the laboratory.

Optical measuring methods, known per se, can be used to determine the curvature.

This also facilitates access for optical or tactile measurement methods.

Such optical measurement methods can be found in the prior art.

VOLAS develops and produces sensors and devices for geometry testing by optical measurement.

Optical and electrical measurement methods are used in the production of electronic components.

This change can be detected with the aid of an interferometer (optical measuring method).

Optical fibers and optical measuring methods can now aid in predictive monitoring and maintenance.

For liquid fuels this process is examined by optical measuring methods in engine research.

This unit enables the optical measuring method of structured light projection.

In order to assess this, the scientists are deploying optical measurement processes.

Non-contact, optical measurement methods are essential to characterizing the mechanical properties with maximum precision.

On the one hand, there are manual or contacting methods, and on the other hand optic measuring methods with different evaluation methods.

Robust optical measuring methods require reproducible measuring conditions, in particular with regard to the sample present in the optical path.

The optical three-dimensional measurement method that is used may be, for example, the strip projection method for optical three-dimensional detection of teeth.

Diagnostic methods are usually used for this step and employ optical or electrochemical measuring methods.

Time consuming steps such as sample taking as well as the use of reagents are not required due to the purely optical measuring method.

Optical industry, nanooptics many nanoanalytical methods like microscopy and spectroscopy are based on optical systems; only ultra precision optics, producing highly precise optical elements such as lenses, mirrors and crystals provides modern outstanding performing optics; laser techniques, laser can be applied in many different ways: as a tool for structuring and cutting, optical methods of measurement or as information carrier in the information and communications technologies;

One measuring process is based on luminescence-optical determination of a parameter using a sensor membrane with a luminescence indicator incorporated therein, while for the second or further simultaneous, optical measuring processes the sensor membrane or sensor film must be sufficiently transparent to permit optical measurement with satisfactory signal yield.

Optical measuring methods are frequently to be found in industrial practice such as for example holography or shearography, also commonly known as speckle pattern shearing interferometry.

This optical measuring method results in no additional degradation of the winnowings stream, since the sensor works contact-free, and can be inserted with zero impact and with no change in cross-section directly into an existing transport tube which may directly serve as the sensor tube.

Both are optical, contactless methods in which the light reflected by the sample is used to measure layer thickness.

This is the reason why alternative optical measurement procedures are urgently needed – especially in the semiconductor industry – to develop and manufacture improved electronic components.

This technological very precise measurement enables the depiction of form and location of e.g. the spinal column or the knee-joints.