METHOD AND APPARATUS FOR DETERMINING AND EVALUATING THE CHARACTERISTICS OF MULTI-DIMENSIONAL DISPERSED SYSTEMS IN A PREFERRED DIMENSION

The invention relates to a method for determining and evaluating the spatial characteristics of multi-dimensional dispersed systems in a preferred dimension by fabricating a spatial image of the multi- dimensional disperse system in a preferred dimension, possibly its restoration and representation...

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Bibliographische Detailangaben
Hauptverfasser: BORLAI, OSZKAR, VIRAG, TIBOR, JOZSA TIMKO, JUDIT
Format: Patent
Sprache:eng ; ger
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Beschreibung
Zusammenfassung:The invention relates to a method for determining and evaluating the spatial characteristics of multi-dimensional dispersed systems in a preferred dimension by fabricating a spatial image of the multi- dimensional disperse system in a preferred dimension, possibly its restoration and representation on the screen by moving to the points of the coherent figures which represent the dispersed system in the image and possibly by registering and evaluating the data of the points. In parallel with the image located in space with the preferred dimension, spatial auxiliary images (one auxiliary image) with the same number of dimensions are developed and by moving to the points of the spatial image of the preferred dimension, each coherent figure of the multi-dimensional system is completely reconstructed, starting from one point and then proceeding to its neighbouring points in the direction of the interior of the coherent figure. Finally, the system moves to their neighbouring points of the same characteristic, one after the other or in parallel, the point or the points are copied to the auxiliary image(s) so that the latter is separated from the remaining coherent figures whilst possibly the contacted points - which form the coherent figure in their totality - are eliminated from the image at the same time and possibly the method is continued with another coherent figure. The auxiliary image (the auxiliary images) can be developed in a form identical with the image or the image and/or auxiliary image (the auxiliary images) can be inverted once or more frequently.