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Grain-size analysis according to line-intercept method
Analysing grain size using the intercept method is done via application of all standard line intercept patterns. Horizontal, vertical, diagonal and circular and combined line configurations are supported. Grain-size analysis is according to accepted national and international norms.
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Planimetric grain-size determination
The planimetric measurement method determines grain size via grain boundary reconstruction and the resulting grain area. Thanks to integrated process automation, it is easy to define fixed task sequences and run them repeatedly at the push of a button.
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Cast iron analysis with automatic graphite detection
Cast iron is evaluated either automatically or manually. Each graphite particle is automatically detected and evaluated with regard to shape and size. In addition, determining the carbon-corrected ferrite/pearlite ratio is evaluated.
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Non-metallic inclusions
Analysing non-metallic inclusions is no trouble, no matter how large the field of view. Standards-compliant classification distinguishes between sulfidic and oxidic inclusions. Where the latter is concerned, oxides are further subdivided into dissolved, striped and spheroidal.
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Roughness determination
Determining roughness parameters is done using height-coded images. All the usual standards are supported: EN-ISO, ASTM and JIS.
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Quantify air voids in concrete
Analysing voids of air within concrete is compliant with the following norms: DIN 1048 and EN 480-11 via the size distribution (L300 content) and the average distance of these voids (distance factor).
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Residue analysis
This extension analyses and classifies residue particles on circular filters. The results provided are particle and classification maps as well as particle data.
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Measuring layer thickness via calopreps
Layer thickness is determined via automatic evaluation of calopreps.
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Grain-size analysis according to
