Effects of Surface Area, Polymer Char, Oxidation, and NiO Additive on Nitridation Kinetics of Silicon Powder Compacts

The oxidative stability of attrition-milled silicon powder under reaction-bonding processing conditions has been determined. The investigation focused on the effects of surface area, polymer char, preoxidation, nitriding environment, and a transitional metal oxide additive (NiO) on the nitridation k...

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Bibliographische Detailangaben
Hauptverfasser:	Bhatt, R. T, Palczer, A. R
Format:	Report
Sprache:	eng
Schlagworte:	ACIDS ADDITIVES AIR ASH45 ATTRITION ATTRITION MILLED CHARRING CUTTING DEIONIZATION Fabrication Metallurgy HIGH SURFACE AREA SILICON IMPURITIES KINETICS LAYERS MELTS METALS Mfg & Industrial Eng & Control of Product Sys NICKEL NICKEL OXIDE NIO NITRIDATION KINETICS NITRIDES NITRIDING OXIDATION OXIDES PARTICLES PE61102A POLYMERS POWDERS REACTION BONDING SILICATES SILICON SILICON DIOXIDE SOLUTIONS(MIXTURES) STABILITY SURFACE AREA SURFACES TRANSITIONS WATER WU-523-21-13-00
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