Description
Self-Propagating High-Temperature Synthesis is an attractive advanced technology for the synthesis of a wide variety of advanced materials, including powders and near net-shape products formed from ceramics, intermetallics, composites and functionally graded materials, by exploiting the heat-energy released by the exothermic reaction of raw materials via a self-sustaining combustion wave which propagates from one end of the specimen to the other. When compared with traditional technologies, remarkable savings in energy, time and equipment, and novel forms of equilibrium and non-equilibrium phases and high-purity products can result from using SHS.
The present volume concentrates on four topics: Progress in the theory of SHS; SHS composite materials; SHS gas-solid systems; Industrialization in SHS. Particular emphasis is placed on practical applications of the basic principles involved in SHS.
Chapter
The Convectiv-Conductive Mode of the Reaction Zone Propagation: a New Mechanism of Combustion of 'Gasless' Systems
Non-Equilibrium Thermodynamic and Nonlinear Dynamic Analysis of Combustion Wave in SHS Process
The Effect of Electric Diffusion and Heat Losses on the SHS Wave
Metal Liquid in SHS Reaction for TiB2 Ceramics
The Role of Molecular Gas-Phase and Conduction Heat Transfer in Propagation of Combustion Wave
Shock-Induced Chemical Reaction in Ti-C Blends
Kinetic Parameters of the Thermal Explosion Reaction of Ni-Al-Fe System
Self-Organization of the Liquid Flame Front
Luminescence of the Corundum-Containing Ti Compounds Composites by Self-Propagating High-Temperature Synthesis
Reactive Fabrication of Nanocrystalline Titanium Carbides by Mechanical Alloying
Chemically Activated SHS in Synthesis of Refractory Carbide Powders
Multiphase Ceramics and Cermets Made in One Step Synthesis and Densification by SHS/QP
Hysteresis Effects in High-Temperature Resistivity of SHS Ceramics
Joining of SiC Ceramic to Ni-Based Superalloy with Cu Intermediate Layer
TiNi and Other Intermetallic Compounds Prepared by SHS Process and the Applications
Investigation on In-Situ NiAl-Based Composite Fabricated by HPES
Thermodynamic Analysis of TiO2-Al-C-ZrO2 Combustion Synthesis System
Characteristics of Combustion Reaction in Al-Fe2O3 System under Gravitational Field
Porous NiTi Alloy Prepared from Combustion Synthesis
Development of SHS Nitride-Based Composites in LSCPM, USTB of China
Self-Propagating High-Temperature Synthesis of Nitrides - Progress of SHS in SICCAS
SHS and Some Properties of Sialon Ceramics
Synthesis of Si3N4-TiN-SiC Composites by Combustion Reaction under High Nitrogen Pressures
Structural Formation and Mechanism in Combustion Synthesis of Nitrogen Ceramics (AIN, Si3N4 and AIN-SiC)
Self-Propagating Low-Temperature Synthesis of Ultrafine BaTiO3 Powders
SHS Immobilization of Radioactive Wastes
Interface Phenomena in Ceramic-Lined Composite Pipes Produced by GS-T SHS Process
The Design and Application of Automation Equipment for Producing SHS Curved Ceramic-Lined Composite Pipes
SHS Welding of Hard Alloy and Steel
Properties of Ceramic-Lined Composite Steel Pipes and their Application
Self-Propagating High-Temperature Synthesis
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