Si3 N4 powder (amorphous, alpha-, and beta-Si3 N4) was mixed with MeOH containing 8.87 mol. % H2O and ground. The NH3 generation rapidly increased after a grinding time of 100 hours. Silicon nitride sintered material was chosen as one of the high temperature, high strength structural materials and studies of the control of the raw material powder, preparation of the sintered body (finding the right assistant, hot press, high pressure sintering, fracture toughness and oxidation at high temperature were performed
A description is given of treating silicon carbide sinters by heating in nitrogen. A detailed explan...
Dry attrition milled silicon powder was compacted, sintered in helium, and reaction bonded in nitrog...
Sintering was performed in He for 16 hours at 1200, 1250, and 1300 C. Compacts of as-received Si did...
Silicon powder was ground in a steel attrition mill under nitrogen. Air exposed powder was compacted...
A process for the manufacture of metal nitride sintered bodies, in particular, a process in which a ...
The characteristics and preparation methods of Si3N4 are reviewed. Special emphasis is placed on the...
A procedure was perfected for the production of components used in engineering applications of silic...
A description is given of a sintering method for silicon nitride. A detailed explanation of the inve...
Silicon nitride powders sintered with the addition of 2 wt% Mg0 to 95% theoretical density after att...
Silicon nitride (Si3N4) is one of candidate materials for the engineering ceramics which is used at ...
Silicon powder wet milled in heptane was dried, compacted into test bar shape, helium-sintered, and ...
Reactions of Si(NHMe)4 with ammonia are effectively catalysed by small ammonium triflate concentrati...
Compacts of high-purity silicon powder were pretreated in hydrogen or argon to remove the surface si...
A baseline slurry-pressing method for a silicon nitride material is developed. The Si3N4 composition...
Reactions of Si(NHMe)4 with ammonia are effectively catalysed by small ammonium triflate concentrati...
A description is given of treating silicon carbide sinters by heating in nitrogen. A detailed explan...
Dry attrition milled silicon powder was compacted, sintered in helium, and reaction bonded in nitrog...
Sintering was performed in He for 16 hours at 1200, 1250, and 1300 C. Compacts of as-received Si did...
Silicon powder was ground in a steel attrition mill under nitrogen. Air exposed powder was compacted...
A process for the manufacture of metal nitride sintered bodies, in particular, a process in which a ...
The characteristics and preparation methods of Si3N4 are reviewed. Special emphasis is placed on the...
A procedure was perfected for the production of components used in engineering applications of silic...
A description is given of a sintering method for silicon nitride. A detailed explanation of the inve...
Silicon nitride powders sintered with the addition of 2 wt% Mg0 to 95% theoretical density after att...
Silicon nitride (Si3N4) is one of candidate materials for the engineering ceramics which is used at ...
Silicon powder wet milled in heptane was dried, compacted into test bar shape, helium-sintered, and ...
Reactions of Si(NHMe)4 with ammonia are effectively catalysed by small ammonium triflate concentrati...
Compacts of high-purity silicon powder were pretreated in hydrogen or argon to remove the surface si...
A baseline slurry-pressing method for a silicon nitride material is developed. The Si3N4 composition...
Reactions of Si(NHMe)4 with ammonia are effectively catalysed by small ammonium triflate concentrati...
A description is given of treating silicon carbide sinters by heating in nitrogen. A detailed explan...
Dry attrition milled silicon powder was compacted, sintered in helium, and reaction bonded in nitrog...
Sintering was performed in He for 16 hours at 1200, 1250, and 1300 C. Compacts of as-received Si did...