The invention relates to the field of design ceramics and refers to silicon nitride sintered compacts with modified surface which find their application, for example, in aerospace or in mechanical engineering as wear parts. The invention is based on the problem that the high-temperature oxidation resistance of the ceramics cannot be reached using known processes in the desired mass. The problem is solved according to the invention by the fact that the surface of the silicon nitride sintered compact is coated with a noble metal layer m thick and that this noble metal layer is applied by means of an ion beam protected process
The use of advanced structural ceramics, such as Si3N4 (SN282), SiC, and SiC/SiC composites, is a pr...
This study aims to investigate the fabrication of silicon nitride ceramics via additive manufacturin...
The oxidation/corrosion resistance of silicon nitride is determined by a number of factors, most not...
The invention relates to the field of design ceramics and refers to a process for producing silicon ...
Silicon nitride sintered bodies are mainly used in mechanical engineering. They are specially suitab...
The use of dense Silicon Nitride under wear and at high temperatures is restricted by various damagi...
DE 19746008 A UPAB: 19990609 NOVELTY - A sintering additive- and SiO2-containing silicon nitride mat...
NOVELTY - A new silicon nitride material has a high silicon dioxide content, a sub-micron grain size...
DE1004007540 B UPAB: 20050902 NOVELTY - A sintered silicon nitride component contains 2-15Vol% of si...
The invention relates to a dense silicon nitride composite material which can be utilized as a high-...
Advanced ceramic materials such as Si3N4 and SiAlON are reviewed here with particular reference to t...
Technical ceramics, in particular engineering ceramics, could benefit substantially from the elimina...
Fine-grained silicon nitride ceramics were investigated mainly for their high-strain-rate plasticity...
A modified silicon nitride composite powder, for thermal coating technology, consists of silicon nit...
The effect or surface modifications by ion assisted deposition of platinum layers on the oxidation b...
The use of advanced structural ceramics, such as Si3N4 (SN282), SiC, and SiC/SiC composites, is a pr...
This study aims to investigate the fabrication of silicon nitride ceramics via additive manufacturin...
The oxidation/corrosion resistance of silicon nitride is determined by a number of factors, most not...
The invention relates to the field of design ceramics and refers to a process for producing silicon ...
Silicon nitride sintered bodies are mainly used in mechanical engineering. They are specially suitab...
The use of dense Silicon Nitride under wear and at high temperatures is restricted by various damagi...
DE 19746008 A UPAB: 19990609 NOVELTY - A sintering additive- and SiO2-containing silicon nitride mat...
NOVELTY - A new silicon nitride material has a high silicon dioxide content, a sub-micron grain size...
DE1004007540 B UPAB: 20050902 NOVELTY - A sintered silicon nitride component contains 2-15Vol% of si...
The invention relates to a dense silicon nitride composite material which can be utilized as a high-...
Advanced ceramic materials such as Si3N4 and SiAlON are reviewed here with particular reference to t...
Technical ceramics, in particular engineering ceramics, could benefit substantially from the elimina...
Fine-grained silicon nitride ceramics were investigated mainly for their high-strain-rate plasticity...
A modified silicon nitride composite powder, for thermal coating technology, consists of silicon nit...
The effect or surface modifications by ion assisted deposition of platinum layers on the oxidation b...
The use of advanced structural ceramics, such as Si3N4 (SN282), SiC, and SiC/SiC composites, is a pr...
This study aims to investigate the fabrication of silicon nitride ceramics via additive manufacturin...
The oxidation/corrosion resistance of silicon nitride is determined by a number of factors, most not...