Thermal plasma processing has been increasingly used to synthesize submicron powders of high-purity ceramics and metals. The high temperatures generated with the plasma provide a vapor phase reaction zone for elements with high boiling points and refractory materials. An overview is presented on the general plasma technology used in synthesis and on the properties of plasma powders
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...
Improved zirconium ceramics and composites have been invented in an effort to obtain better resistan...
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...
Abstract- Production of high quality ceramic powders for high technology ceramics is becoming one of...
Les matériaux céramiques sont indispensables dans la technologie au température élevée dues à leurs ...
Thermal plasma processes for ultrafine ceramic powders synthesis are discussed and explained by exam...
This paper describes three laboratory scale installations based on high frequency plasma torches to ...
International audienceAn attempt is made to access the past, present and future research and develop...
Ceramic materials offer a unique combination of properties that makes them indispensable for meeting...
The results of experimental investigation of heat and mass transfer during a high-temperature synthe...
One of the ways for the production of ceramic materials with a fine-grained structure is the use of ...
Heterogeneous catalysts are usually synthesized by a series of multiple unit operations. Some of the...
The report deals with the synthesis of oxide materials in a plasma torch with separate injection of ...
Abstract- A simple classification of thermal plasma reactors able to process re-fractory materials i...
The contribution describes the preparation of nanometric boron nitride, tungsten carbide powders and...
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...
Improved zirconium ceramics and composites have been invented in an effort to obtain better resistan...
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...
Abstract- Production of high quality ceramic powders for high technology ceramics is becoming one of...
Les matériaux céramiques sont indispensables dans la technologie au température élevée dues à leurs ...
Thermal plasma processes for ultrafine ceramic powders synthesis are discussed and explained by exam...
This paper describes three laboratory scale installations based on high frequency plasma torches to ...
International audienceAn attempt is made to access the past, present and future research and develop...
Ceramic materials offer a unique combination of properties that makes them indispensable for meeting...
The results of experimental investigation of heat and mass transfer during a high-temperature synthe...
One of the ways for the production of ceramic materials with a fine-grained structure is the use of ...
Heterogeneous catalysts are usually synthesized by a series of multiple unit operations. Some of the...
The report deals with the synthesis of oxide materials in a plasma torch with separate injection of ...
Abstract- A simple classification of thermal plasma reactors able to process re-fractory materials i...
The contribution describes the preparation of nanometric boron nitride, tungsten carbide powders and...
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...
Improved zirconium ceramics and composites have been invented in an effort to obtain better resistan...
Mathematical model of evolution of a liquid precursor droplet in the process of plasma-chemical tran...