Advanced and Refractory Ceramics for Energy Conservation and by Hua-Tay Lin, James Hemrick, Mrityunjay Singh, Tatsuki Ohji,

By Hua-Tay Lin, James Hemrick, Mrityunjay Singh, Tatsuki Ohji, Alexander Michaelis

This quantity features a number of 19 papers from the eleventh overseas Symposium on Ceramic fabrics and parts for power and Environmental functions (CMCEE-11), June 14-19, 2015 in Vancouver, BC, Canada. Papers have been provided within the lower than 5 symposia from music 2 regarding Ceramics for strength Conservation and Efficiency:

  • Advanced Ceramics and Composites for gasoline Turbine Engines
  • Advanced Refractory Ceramic fabrics and Technologies
  • Advanced Ceramic Coatings for energy Systems
  • Energy effective complicated Bearings and put on Resistant Materials
  • Advanced Nitrides and similar fabrics for strength Applications

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Asakura for technical assistant and valuable discussions. Ms. N. Sakuraba’s excellent graphic skills for preparing figures and manuscript are greatly appreciated. The authors’ appreciation is due members of OASIS for their continuing support and encouragement.

However, many technological issues still remain, mainly from intrinsic brittleness of monolithic SiC and insufficient defect control by conventional fabrication methods like PIP (Polymer Infiltration and Pyrolysis) and RS (Reaction Sintering). Although basic verification of the scheme by monolithic SiC target is on-going, advanced concept of the rotating target utilizing SiC/SiC composite will bring further advantages with larger flexibility in operation condition and target life time. The current major design characteristics are as follow; 1: High density and high strength SiC/SiC target by DEMO-NITE method, based on the authors’ international patent; excellence in integrated technological maturity with cost efficiency.

Other three samples are the most advanced materials by DEMO-NITE process. Those samples were heated in vertical type Siliconit furnace for 15 minutes and quickly transferred at the top of the water pool for quenching. After quench, the samples were pulled up from the water pool and wait for 5 minutes before returning the samples into the furnace. The precise temperature drop during the sample transfer from the furnace to quenching is not defined and this should be done very soon for precise analysis.

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