Sintered ceramics produced from two kinds of silicon nitride powder were oxidized at 1000 and 1400 degrees C. The density, the mechanical properties and the phase composition of the oxide layer and the internal region (without the oxide scale) of one material were compared with those of the other. It was found that the difference in the starting powder properties caused differences in the oxide layer thickness, and the phase composition and the mechanical properties of the internal part
The influence of the grain boundary phase composition on high temperature properties of various sili...
International audienceThe oxidation of a silicon nitride–titanium nitride ceramic has been studied. ...
The oxidation kinetics of amorphous silicon carbonitride (SiCN) was measured at 1350°C in ambient a...
The oxidation behaviour of a dense silicon nitride material containing the minimum amount of additiv...
The oxidation behaviour of Y2O3 plus Al2O3-doped Si3N4 based ceramics was investigated in air up to ...
The oxidation behaviour of a dense silicon nitride material containing the minimum amount of additiv...
The effect of oxidation on the room-temperature mechanical properties of silicon nitride ceramics wi...
In the present study nonoxide ceramic materials based on silicon nitride were evaluated with respect...
We report on the oxidation of a dense hot-pressed Si3N4 with a Nd-N-apatite grain-boundary phase. Th...
The oxidation behavior of nonoxide silicon-based ceramics was investigated. Various Si3N4 and SiC ce...
The present study is focussed on the oxidation behavior of nonoxide silicon-based ceramics. Various ...
Oxidation of pressureless sintered Silicon Nitride densified with a Nitrogen rich liquid phase in Y2...
The oxidation resistance of Si3N4 based materials at 1500°C was studied. Si3N4/SiC- and Si3N4/MoSi2-...
The influence of the process atmosphere in the gas pressure sintering of silicon nitride has been in...
The oxidation kinetics of polymer-derived SiAlCN ceramics are determined at 1400 degrees C by measur...
The influence of the grain boundary phase composition on high temperature properties of various sili...
International audienceThe oxidation of a silicon nitride–titanium nitride ceramic has been studied. ...
The oxidation kinetics of amorphous silicon carbonitride (SiCN) was measured at 1350°C in ambient a...
The oxidation behaviour of a dense silicon nitride material containing the minimum amount of additiv...
The oxidation behaviour of Y2O3 plus Al2O3-doped Si3N4 based ceramics was investigated in air up to ...
The oxidation behaviour of a dense silicon nitride material containing the minimum amount of additiv...
The effect of oxidation on the room-temperature mechanical properties of silicon nitride ceramics wi...
In the present study nonoxide ceramic materials based on silicon nitride were evaluated with respect...
We report on the oxidation of a dense hot-pressed Si3N4 with a Nd-N-apatite grain-boundary phase. Th...
The oxidation behavior of nonoxide silicon-based ceramics was investigated. Various Si3N4 and SiC ce...
The present study is focussed on the oxidation behavior of nonoxide silicon-based ceramics. Various ...
Oxidation of pressureless sintered Silicon Nitride densified with a Nitrogen rich liquid phase in Y2...
The oxidation resistance of Si3N4 based materials at 1500°C was studied. Si3N4/SiC- and Si3N4/MoSi2-...
The influence of the process atmosphere in the gas pressure sintering of silicon nitride has been in...
The oxidation kinetics of polymer-derived SiAlCN ceramics are determined at 1400 degrees C by measur...
The influence of the grain boundary phase composition on high temperature properties of various sili...
International audienceThe oxidation of a silicon nitride–titanium nitride ceramic has been studied. ...
The oxidation kinetics of amorphous silicon carbonitride (SiCN) was measured at 1350°C in ambient a...