Abstract:
Disclosed are ceramic bodies comprised of a tialite phase and at least one silicate phase with a rare earth oxide and zirconium additions and methods for the manufacture of the same.
Abstract:
En la presente se revelan sustratos cerámicos formados que comprenden un material cerámico de óxido, en donde el sustrato cerámico formado comprende un bajo contenido de metal alcalino elemental, tal como menor aproximadamente 1000 ppm. También se revelan cuerpos compuestos que comprenden al menos un catalizador y un sustrato cerámico formado que comprende un material de cerámica de óxido, en donde el cuerpo compuesto tiene un bajo contenido de metal alcalino elemental, tal como menor que aproximadamente 1000 ppm, y métodos para preparar los mismos.
Abstract:
Se describen los cuerpos de cerámica comprendidos de una fase de tialita y por lo menos una fase de silicato con un óxido de tierra rara y adiciones de circonio y métodos para la fabricación de los mismos.
Abstract:
Se describen cuerpos de cerámica conformados por composiciones de cerámica de cordierita-mullita-titatanato de aluminio magnesio compuesto (CMAT) con alta relación de cordierita a mullita y métodos para la fabricación de los mismos.
Abstract:
Image analysis techniques may be provided. Location of objects in an image may be determined based on intensity characteristics of pixels in the image. Objects that have been located may be mapped to a source for the objects based for example, on a grid structure that may have been used to place the objects. Differential analysis of objects of two source materials in images may be determined based on aligned versions of the images. Filtering may be used to weigh pixel characteristics. Such object analysis techniques may have been encoded into a set of machine-executable instructions and stored on a machine-readable storage medium for use by equipment that is to perform the techniques.
Abstract:
Disclosed are ceramic bodies comprised of composite cordierite-mullite-aluminum magnesium titanate (CMAT) ceramic compositions having high cordierite-to-mullite ratio and methods for the manufacture of same.
Abstract:
Image analysis techniques may be provided. Location of objects in an image may be determined based on intensity characteristics of pixels in the image. Objects that have been located may be mapped to a source for the objects based for example, on a grid structure that may have been used to place the objects. Differential analysis of objects of two source materials in images may be determined based on aligned versions of the images. Filtering may be used to weigh pixel characteristics. Such object analysis techniques may have been encoded into a set of machine-executable instructions and stored on a machine-readable storage medium for use by equipment that is to perform the techniques.