A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A silicon carbide honeycomb filter constituted by honeycomb segments each comprising cell walls forming cells defining pluralities of flow paths longitudinally extending between both end surfaces, plugs sealing end surfaces of the cells alternately in a checkerboard pattern, and an outer peripheral wall, bonding material layers filling lattice gaps between the honeycomb segments for bonding them, and a skin layer covering the bonded honeycomb segments, the thickness of the outer peripheral wall being more than 1.5 times and 9 times or less that of the cell walls.
A silicon carbide honeycomb filter constituted by honeycomb segments each comprising cell walls forming cells defining pluralities of flow paths longitudinally extending between both end surfaces, plugs sealing end surfaces of the cells alternately in a checkerboard pattern, and an outer peripheral wall, bonding material layers filling lattice gaps between the honeycomb segments for bonding them, and a skin layer covering the bonded honeycomb segments, the thickness of the outer peripheral wall being more than 1.5 times and 9 times or less that of the cell walls.
SILICON CARBIDE HONEYCOMB FILTER
SILICIUMCARBID-WABENFILTER
FILTRE EN RAYON EN CARBURE DE SILICIUM
OKAZAKI SHUNJI (author)
2024-12-18
Patent
Electronic Resource
English
| European Patent Office | 2023