Communications on the Materials Science and Engineering Study |
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Page 27
... temperature.11 The peak temperature in the Fe as a function of incident shock pressure in the Cu is plotted in Fig . 3. Also shown is the calculated residual temperature in the Cu as a function of the shock pressure from which it is ...
... temperature.11 The peak temperature in the Fe as a function of incident shock pressure in the Cu is plotted in Fig . 3. Also shown is the calculated residual temperature in the Cu as a function of the shock pressure from which it is ...
Page 33
... temperatures as high as 2700 K , 1000 K above the melting temperature of silicon . Presently , these materials are only exploited for their robust structural properties . However , it has recently become apparent that these solids also ...
... temperatures as high as 2700 K , 1000 K above the melting temperature of silicon . Presently , these materials are only exploited for their robust structural properties . However , it has recently become apparent that these solids also ...
Page 35
... temperature - dependent augmentation of the material's Seebeck coefficient ( Fig . 3 ) . It is this feature which accounts for the usefulness of the boron carbides as very high - temperature ( up to 1500 C ) thermoelectrics . SEEBECK ...
... temperature - dependent augmentation of the material's Seebeck coefficient ( Fig . 3 ) . It is this feature which accounts for the usefulness of the boron carbides as very high - temperature ( up to 1500 C ) thermoelectrics . SEEBECK ...
Contents
NEEDS IN CERAMIC TRIBOLOGY | 7 |
MATERIALS MODIFICATION BY ENERGETIC BEAMS | 15 |
GLASSES AND OTHER METASTABLE METALLIC PHASES BY SOLID | 21 |
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alloys amorphous analysis applications areas atoms beam boron carbides capability Center ceramics cermets chemical chemistry CHEREPANOVA Class cold neutron commercial competitive computers construction materials cost defects Department of Energy devices electronic materials epitaxy example experimental experiments expert systems facilities flux funding icosahedral important industrial laboratories instruments interaction interface Japanese kinetic LANSCE layer Lett licensing LINPACK magnetic major manufacturing materials data materials processing materials research materials science Materials-By-Design Mbar metal metastable metastable phase methods MFLOPS microstructures models Nanjing University National Laboratory neutron scattering patents phase diagrams photon Phys Physics polymers potential problems production programs properties quench reactor recent research and development Sandia Sandia National Laboratories science and engineering scientific scientists semiconductor service life prediction silicon solid spectrometer structure studies supercomputers superconducting surface synchrotron radiation techniques technology transfer temperature TFLOP thermal tribological Workshop