Ultra-High Temperature Ceramics: Materials for Extreme Environment Applications

Ultra-High Temperature Ceramics: Materials for Extreme Environment Applications

December 13, 2019

Titulo del libro : Ultra-High Temperature Ceramics: Materials for Extreme Environment Applications
Fecha de lanzamiento : November 3, 2014
Número de páginas : 456
ISBN : 1118700783
Editor : JOHN WILEY & SONS INC

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Ultra-High Temperature Ceramics: Materials for Extreme Environment Applications

THE FIRST COMPREHENSIVE BOOK TO FOCUS ON ULTRA–HIGH TEMPERATURE CERAMIC MATERIALS IN MORE THAN 20 YEARS ULTRA–HIGH TEMPERATURE CERAMICS ARE A FAMILY OF COMPOUNDS THAT DISPLAY AN UNUSUAL COMBINATION OF PROPERTIES, INCLUDING EXTREMELY HIGH MELTING TEMPERATURES (>3000°C), HIGH HARDNESS, AND GOOD CHEMICAL STABILITY AND STRENGTH AT HIGH TEMPERATURES.  TYPICAL UHTC MATERIALS ARE THE CARBIDES, NITRIDES, AND BORIDES OF TRANSITION METALS, BUT THE GROUP IV COMPOUNDS (TI, ZR, HF) PLUS TAC ARE GENERALLY CONSIDERED TO BE THE MAIN FOCUS OF RESEARCH DUE TO THE SUPERIOR MELTING TEMPERATURES AND STABLE HIGH–MELTING TEMPERATURE OXIDE THAT FORMS IN SITU. RATHER THAN FOCUSING ON THE LATEST SCIENTIFIC RESULTS, ULTRA–HIGH TEMPERATURE CERAMICS: MATERIALS FOR EXTREME ENVIRONMENT APPLICATIONS BROADLY AND CRITICALLY COMBINES THE HISTORICAL ASPECTS AND THE STATE–OF–THE–ART ON THE PROCESSING, DENSIFICATION, PROPERTIES, AND PERFORMANCE OF BORIDE AND CARBIDE CERAMICS. IN REVIEWING THE HISTORIC STUDIES AND RECENT PROGRESS IN THE FIELD, ULTRA–HIGH TEMPERATURE CERAMICS: MATERIALS FOR EXTREME ENVIRONMENT APPLICATIONS PROVIDES: ORIGINAL REVIEWS OF RESEARCH CONDUCTED IN THE 1960S AND 70S CONTENT ON ELECTRONIC STRUCTURE, SYNTHESIS, POWDER PROCESSING, DENSIFICATION, PROPERTY MEASUREMENT, AND CHARACTERIZATION OF BORIDE AND CARBIDE CERAMICS. EMPHASIS ON MATERIALS FOR HYPERSONIC AEROSPACE APPLICATIONS SUCH AS WING LEADING EDGES AND PROPULSION COMPONENTS FOR VEHICLES TRAVELING FASTER THAN MACH 5 INFORMATION ON MATERIALS USED IN THE EXTREME ENVIRONMENTS ASSOCIATED WITH HIGH SPEED CUTTING TOOLS AND NUCLEAR POWER GENERATION CONTRIBUTIONS ARE BASED ON PRESENTATIONS BY LEADING RESEARCH GROUPS AT THE CONFERENCE "ULTRA–HIGH TEM