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Cutting Edge Technologies.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Washington :
National Academies Press,
1900.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- ""Cutting Edge Technologies""; ""Copyright""; ""Contents""; ""PREFACE""; ""PART I COMPUTERS OF THE FUTURE""; ""Introduction""; ""Ultra Large Scale Integration And Beyond""; ""THEORETICAL LIMITS""; ""Transistors""; ""Resistors""; ""Interconnections""; ""Overview""; ""PRACTICAL LIMITS""; ""Feature Size""; ""Die Size""; ""Packing Efficiency""; ""Number of Components Per Chip""; ""Overview""; ""ANALOGICAL LIMITS""; ""CONCLUSION""; ""NOTES""; ""The Evolution of Computer Systems""; ""Software and Unorthodox Architectures: Where Are We Headed?""; ""SOFTWARE""; ""FORTHCOMING SYSTEM ARCHITECTURES""
- ""Geographically Distributed Systems""""Multiprocessor Systems""; ""SUMMARY AND CONCLUSION""; ""PART II NEW FRONTIERS IN BIOTECHNOLOGY""; ""Introduction""; ""Biochemical Engineering Solutions To Biotechnological Problems""; ""CHEMICAL PROCESS INDUSTRY""; ""BIOCHEMICAL PROCESS INDUSTRY""; ""APPLICATIONS OF GENETIC ENGINEERING""; ""BIOCHEMICAL PROCESS DEVELOPMENT""; ""CONCLUSION""; ""Biotechnology and Agricultural Research for Crop Improvement""; ""INTRODUCTION""; ""Location of DNA Within the Plant Cell""; ""CHOOSING A TARGET FOR BIOENGINEERING EFFORTS IN CROP IMPROVEMENT""
- ""BIOENGINEERING FOR HERBICIDE RESISTANCE: ONE EXAMPLE OF GENETIC ENGINEERING STRATEGIES""""Naturally Occurring Herbicide-Resistant Weeds""; ""Molecular Basis of Triazine Herbicide Resistance""; ""Genetic Exchange Between Weeds and Crops""; ""Fusion of Cells from Weeds and Crops""; ""GENE TRANSFER VIA MOLECULAR TECHNIQUES""; ""CONCLUSION""; ""Biotechnology for Health Care""; ""BIOTECHNOLOGY IN THE PHARMACEUTICAL INDUSTRY""; ""Production of Human Insulin""; ""Other Uses of Recombinant DNA""; ""CHALLENGES TO BE MET""; ""PART III ADVANCES IN STRUCTURAL MATERIALS""; ""Introduction""; ""NOTES""
- ""Rapid Solidification Technology""""MICROSTRUCTURAL CONSEQUENCES OF RAPID SOLIDIFICATION""; ""RAPIDLY SOLIDIFIED POWDERS""; ""Powder Production""; ""Conventional Consolidation""; ""Spray Consolidation""; ""RAPIDLY SOLIDIFIED FILAMENTS AND RIBBONS""; ""Melt Spinning""; ""Melt Extraction""; ""Twin Roller Quenching""; ""RAPIDLY SOLIDIFIED SURFACE LAYERS""; ""Surface Melting (Glazing)""; ""Surface Alloying""; ""APPLICATIONS""; ""Powder Technology""; ""Thin Filament/Ribbon Technology""; ""Surface Modification Technology""; ""SUMMARY""; ""NOTES""
- ""Exploring the Limits of Polymer Properties: Structural Components From Rigid-and Flexible-Chain Polymers""""RECENT APPLICATIONS""; ""THE JAPANESE CHALLENGE""; ""RECENT RESEARCH TOWARD HIGH-MODULUS POLYMERS""; ""FLEXIBLE-CHAIN POLYMERS""; ""RIGID-ROD POLYMERS""; ""NOTES""; ""High-Technology Ceramics""; ""POWDER PRODUCTION""; ""PRODUCING CERAMIC SHAPES""; ""THE DEVELOPMENT OF TOUGH CERAMICS""; ""STRUCTURAL APPLICATIONS FOR HIGH-TECHNOLOGY CERAMICS""; ""NOTES""; ""PART IV TRANSPORTATION TECHNOLOGY""; ""Introduction""; ""Air Technology: The Transport Vehicle and Its Development Environment""