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Can you expand on the technical data of your program for Image analysis with respect to graphite shape and nodularity?

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Can you expand on the technical data of your program for Image analysis with respect to graphite shape and nodularity?

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TCR’s in-house developed Microstructure Characterizer (MiC) 2.0 is a powerful image analysis software for Metallurgical use. We sell this tool to assist today’s modern metallurgists. MiC has built-in engine to recognize the shape of phase in case of cast iron it is Graphite Morphology. This is accomplished using a sort of Artificial Intelligence sequence taken from Japanese resources. There are six base types of presence of Graphite in the cast irons. Type I to VI and there are sub-classes in accordance to ASTM. MiC has adopted the path as per guidelines given in Japanese International Standards number JIS 5502. This standard has reverse pattern than the ASTM and is widely adapted to cast iron user community for acceptance. MiC routines are provided to identify the shape of graphite; hence depending on presence of majority of the shape classification is assessed. Experiments at MiC Software Quality Control Laboratory conclude that graphite morphology detection accuracy increases when m

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