1989 Spring Meeting: Final Program and Abstracts, Materials Research Society 1989 Spring Meeting, April 24-29 Town & Country Hotel, San Diego, California |
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Results 1-3 of 40
Page 244
... powder using the " glycine - nitrate " ashing technique . Metal nitrates and glycine are dissolved in water and heated until most of the water has evaporated , forming a viscous , glass - like , liquid . This liquid ignites at a few ...
... powder using the " glycine - nitrate " ashing technique . Metal nitrates and glycine are dissolved in water and heated until most of the water has evaporated , forming a viscous , glass - like , liquid . This liquid ignites at a few ...
Page 247
... powder processing aids due to their ability to convert to useful ceramics upon pyrolysis . This reduces post - burnout pore volume and may minimize further sintering requirements . High ceramic yield polymers also improves the ...
... powder processing aids due to their ability to convert to useful ceramics upon pyrolysis . This reduces post - burnout pore volume and may minimize further sintering requirements . High ceramic yield polymers also improves the ...
Page 248
... powders containing BizO3 . The chemically derived ZnO powders consist of 2-3 micron agglomerates composed of ~ 0.2 μm primary particles . While these agglomerates in the chemically derived powder are easily broken down by forming green ...
... powders containing BizO3 . The chemically derived ZnO powders consist of 2-3 micron agglomerates composed of ~ 0.2 μm primary particles . While these agglomerates in the chemically derived powder are easily broken down by forming green ...
Contents
Rapid Thermal AnnealingChemical Vapor Deposition | 35 |
Ion Beam Processing of Advanced Electronic Materials | 59 |
Chemistry and Defects in Semiconductor Heterostructures | 79 |
13 other sections not shown
Common terms and phrases
adhesion alloy AMORPHOUS SILICON anisotropy applications Argonne AT&T Bell Laboratories atomic behavior Berkeley bulk carbon ceramic CHARACTERIZATION chemical vapor deposition Chemistry composition compounds Corporation crystalline defects density Department of Electrical Department of Materials Department of Physics dependence devices dielectric diffusion discussed dislocation dopant doping effect electron microscopy energy fabricated formation GaAs grown HETEROEPITAXY HETEROSTRUCTURES high temperature hydrogen in-situ increase Institute of Technology interface investigated ion implantation Japan kinetics laser lattice layer low temperature magnetic magneto-optic Materials Science measurements mechanism metal microstructure molecular beam epitaxy morphology multilayer Murray Hill National Laboratory nucleation observed obtained optical oxide oxygen parameters particles phase plasma polyimide polymer powder properties rapid thermal annealing RAPID THERMAL PROCESSING reaction Research Center Research Laboratory samples Science and Engineering semiconductor silicide single crystal solid spectroscopy sputtering structure studied substrate superconducting superlattices surface technique thickness thin films wafer X-ray diffraction