High pressure technology is used so extensively that it is almost impossible to catalogue the manyways in which our lives are enhanced by itHinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Ian L. Spain Laboratory for High Pressure Science and Engineering Materials Program Department of Chemical Engineering University of Maryland College Park, Maryland. Jac Paauwe Naval Surface Weapons Center White Oak Laboratory Silver Spring, Maryland and Department of Chemical Engineering University of Maryland College Park, Maryland.
Inhaltsangabe
PREFACE ACKNOWLEDGMENTS INTRODUCTION TO VOLUME II CONTRIBUTORS TO VOLUME II CONTENTS OF VOLUME I 1: QUANTITATIVE CONSIDERATIONS OF REACTION AT HIGH PRESSURE 2: CATALYTIC CHEMICAL SYNTHESES AT HIGH PRESSURE 3: POLYMERIZATION AT HIGH PRESSURE 4: PHASE TRANSFORMATIONS AT HIGH PRESSURES 5: CRITICAL BEHAVIOR IN FLUIDS 6: LIQUEFACTION AND SEPARATION OF GASES 7: SYNTHESIS OF SINGLE-CRYSTAL MATERIALS AT HIGH PRESSURE 8: SYNTHESIS OF DIAMOND AND SUPERHARD MATERIALS 9: ISOSTATIC PRESSING 10: METALLURGICAL APPLICATIONS OF ISOSTATIC HOT-PRESSING 11: HOT-PRESSING AT VERY HIGH TEMPERATURES 12: HYDROSTATIC FORMING OF METALS 13: LIQUID JET-CUTTING 14: STRONG SHOCK WAVES IN SOLIDS INDEX
PREFACE ACKNOWLEDGMENTS INTRODUCTION TO VOLUME II CONTRIBUTORS TO VOLUME II CONTENTS OF VOLUME I 1: QUANTITATIVE CONSIDERATIONS OF REACTION AT HIGH PRESSURE 2: CATALYTIC CHEMICAL SYNTHESES AT HIGH PRESSURE 3: POLYMERIZATION AT HIGH PRESSURE 4: PHASE TRANSFORMATIONS AT HIGH PRESSURES 5: CRITICAL BEHAVIOR IN FLUIDS 6: LIQUEFACTION AND SEPARATION OF GASES 7: SYNTHESIS OF SINGLE-CRYSTAL MATERIALS AT HIGH PRESSURE 8: SYNTHESIS OF DIAMOND AND SUPERHARD MATERIALS 9: ISOSTATIC PRESSING 10: METALLURGICAL APPLICATIONS OF ISOSTATIC HOT-PRESSING 11: HOT-PRESSING AT VERY HIGH TEMPERATURES 12: HYDROSTATIC FORMING OF METALS 13: LIQUID JET-CUTTING 14: STRONG SHOCK WAVES IN SOLIDS INDEX
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