Advanced Materials and Processing

Nickolay Ilyoukha, Valentina Timofeeva and Alexander Chabanov 

The aim of this work is to enlarge our knowledge about this new cements and hightemperature composites on them and find answers to questions about the optimum application of this product in severe industrial conditions and to analyse how this material performs in high temperatures. 

The composite before trials investigated with the help of roentgen - structural and roentgen - spectral of the analyses, optical and raster electronic microscopy on standard techniques. 

The using of high temperature composites based on zirconia s cement in recyciing and catcher of fuei 

For coating of high temperature gas - dynamic of channels ( 2000 °C) used high temperature composites based on zirconia s cements. The properties and structure of a material are adduced in table 1, 2. The erosive and temperature stability of a material on a bench, special energies heat treatment channel a bench was previously evaluated. The test specifications are adduced in table 3. 

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THE ERIC SAMSON CHAIR FOR ADVANCED MATERIALS AND PROCESSING... 

The industrial revolution provided us with the phenomenal power to create energy, advanced materials and processes, which improved our everyday lives. In a sense, we attribute most of our daily comforts to the industrial revolution. However, we have learned that nothing in this world is free and every thing comes with a cost. Until present day crude oil has been the major source of energy. This is because crude oil has always been cheap and plentiful, but this is no longer the case. As indicated by many monitoring organizations, we have limited supply of oil, coal and gas. Thus, there is a need to use our most valuable asset wisely or other wise we could be faced with serious repercussions. 

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