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Controlled atmospheres for heat treatment /
Controlled Atmospheres for Heat Treatment describes the reaction complexities in heat treatment of metals under controlled atmosphere. Organized into 13 chapters, this book begins with the methods and classifications of heat treatment in controlled atmospheres. This topic is followed by the most pop...
| Clasificación: | Libro Electrónico |
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| Autor principal: | |
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés Hungarian |
| Publicado: |
Oxford [Oxfordshire] ; New York :
Pergamon Press,
1984.
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| Edición: | 1st ed. |
| Colección: | Pergamon materials engineering practice series.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Controlled Atmospheres for Heat Treatment; Copyright Page; Editor's Preface; Author's Preface; Acknowledgements; Table of Contents; Chapter 1. Heat Treatment in Controlled Atmospheres; INTRODUCTION; 1.1 INTERACTION BETWEEN METALSAND GAS ATMOSPHERES; 1.2 GASEOUS CONSTITUENTS OFCONTROLLED ATMOSPHERES; 1.3 CHEMICAL EFFECTS OF THEINDIVIDUAL ATMOSPHERECONSTITUENTS ON METALS AND ALLOYS; 1.4 INTERCHANGE OF ELEMENTSBETWEEN ATMOSPHERE AND METALSAND ALLOYS; Chapter 2. Methods of HeatTreatment in Controlled Atmospheres and the Principal Atmospheres Employed.
- 2.1 PRINCIPAL CONTROLLEDATMOSPHERES2.2 CONTROLLED ATMOSPHEREGENERATING PLANT; 2.3 MAIN CHARACTERISTICS OFCONTROLLED ATMOSPHERES; 2.4 CLASSIFICATION OF ANNEALINGTREATMENTS CARRIED OUT INCONTROLLED ATMOSPHERES; 2.5 CLASSIFICATION OF ATMOSPHERESACCORDING TO THEIR EFFECTS; Chapter 3. Inert-gas Atmospheres and Vacuum; 3.1 ARGON AND HELIUM; 3.2 NITROGEN; 3.3 HYDROGEN; 3.4 VACUUM AS AN ATMOSPHERE; Chapter 4. Exogas Atmospheres; 4.1 PROPERTIES OF EXOGASATMOSPHERES; 4.2 CONSTRUCTION AND OPERATIONOF EXOTHERMIC GAS GENERATORS.
- 4.3 ADVANTAGES, DISADVANTAGESAND TYPICAL APPLICATIONS OFEXOTHERMIC-BASE ATMOSPHERES4.4 PRODUCTION OF EXOTHERMIC-BASEATMOSPHERES FROM HYDROCARBONS; Chapter 5. Prepared Nitrogen base or Monogas Atmospheres; 5.1 PROPERTIES; 5.2 PREPARED NITROGEN-BASE ORMONOGAS GENERATORS; 5.3 ADVANTAGES AND DISADVANTAGES OF PREPARED NITROGEN-BASE OR MONOGASATMOSPHERES AND TYPICAL APPLICATIONS; 5.4 LIMITATIONS ON THE APPLICATIONOF MONOGAS; 5.5 EVALUATION OF MONOGAS; Chapter 6. Endogas Atmospheres; 6.1 THEORETICAL CONSIDERATIONS; 6.2 FUEL GAS BASES FOR ENDOGAS PRODUCTION.
- 6.3 DESIGN AND OPERATION OF ENDOGAS GENERATORS6.4 ADVANTAGES AND DISADVANTAGES OF ENDOGAS ATMOSPHERES AND FIELDS OF APPLICATION; 6.5 PRODUCTION OF ENDOGASFROM LIQUID HYDROCARBONS; 6.6 EXO-ENDOGAS ATMOSPHERES; Chapter 7. Ammonia-base Atmospheres; 7.1 TYPES OF AMMONIA-BASE ATMOSPHERES; 7.2 PROPERTIES OF ATMOSPHERESOBTAINED BY THE DISSOCIATION OFAMMONIA; 7.3 DESIGN AND OPERATION OF AMMONIA CRACKERS; 7.4 ADVANTAGES ANDDISADVANTAGES OFDISSOCIATED/CRACKED AMMONIA ANDTYPICAL APPLICATIONS; 7.5 BURNT AMMONIA; Chapter 8. Special Gas Atmospheres; 8.1 STEAM ATMOSPHERES.
- 8.2 GAS ATMOSPHERES PREPARED BYCRACKING ORGANIC LIQUIDS 50Chapter 9. Heat-treatment Furnaces and Heat-treatment Processes; 9.1 SELECTION OF A GAS ATMOSPHERE; 9.2 ANNEALING OF ACID ANDHEAT-RESISTANT STEELS; 9.3 HEAT TREATMENT OF ELECTRICAL, SILICON STEELS; 9.4 PATENTING OF STEEL WIRE; 9.5 HARDENING OF HIGH-SPEED STEELS; 9.6 HEAT TREATMENT OF MALLEABLECAST IRON; 9.7 HARDENING AND TEMPERING; 9.8 BRIGHT-ANNEALING OF COPPER; 9.9 HEAT TREATMENT OF BRASSPRODUCTS; 9.10 ANNEALING OF BRONZE WIRE; 9.11 HEAT TREATMENT OF NICKEL SILVER; 9.12 HEAT TREATMENT OF ALUMINIUMALLOYS; 9.13 VACUUM HEAT TREATMENT.