| Thermodynamics of the solid-gas phase interactions in the carbon-oxygen-hydrogen system (1975) | |||||||||||||
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| Abstracts Thermodynamics the solid gas phase interactionsin the carbon oxygen hydrogensystem Dast The University Michigan Ann Arbor The solid and solid gas phase boundary lines the carbon oxygen hydrogen system were calculated from the available thermodynamic data function temperature pressure atm and carbon activity contrast lower temperatures the phase boundary line independent system pressures and carbon activities tPresent address Alcoa Laboratories Alcoa Center and performance variously activated carbons standard decolorization tests VIII FIBERS AND COMPOSITES Diamagnetic studies carbon fiber graphitization Mellinger and Fischbach Dept Min Met Ceramic Engineering University Washington Seattle With increas Oxygen uptake wet activated carbon Sinha Sutt Lutchko and Joyce Calgon Corporation Pittsburgh ing isochronal treatment temperature diamagnetism develops suddenly Cin PAN based fibers thereafter graphitization trace susceptibility behavior nearly identical but anisotropy development varies appreciably for fibers various grades and origins For fibers from pitch rayon and PAN kcal mole the isothermal treatment range Carbon aircraft brakes description Kirkhart Goodyear Aerospace Corporation Akron Carbon materials have been adapted for the primary heat sink aircraft brake application Carbon carbon composites have qualified for use four aircraft and have successfully absorbed energy one million lbs per pound carbon Advantages over conventional steel brakes are associated with. http://deepblue.lib.umich.edu/bitstream/2027.42/22186/1/0000617.pdf | |||||||||||||
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