Vacancy Mediated Diffusion at Surface-Confined Atomic Intermixing
p.121
p.121
Mathematical Modelling the Power Supply-Load System for Electro-Discharge Polishing Process
p.125
p.125
The Influence of Quartz Resonator Design and Thin Metal Oxide Layers on QCM Parameters
p.129
p.129
Characterization and Ethanol Sensing Properties of Pt-Doped Sn-O-Te Thin Films
p.133
p.133
About the Surface Hardening of Tool Steels by Electrical Discharge Treatment in Electrolyte
p.137
p.137
Synthesis of “Main – Chain” Type Polyimide Matrix with a Chemically Bound Azo Group
p.141
p.141
Pressureless Sintering of Boron Carbide-Based Superhard Materials
p.145
p.145
Characterization of Oblique Deposited Nanostructured SiOx Films by Ellipsometric and IR Spectroscopies
p.149
p.149
Nanosized Silicon Carbide Obtained from Rice Husks
p.153
p.153
About the Surface Hardening of Tool Steels by Electrical Discharge Treatment in Electrolyte
Abstract:
In this study are given some results about the influence of electrical discharge treatment in electrolyte on the microstructure of high speed steel HS 6-5-2. The metallic surface after electrical discharge treatment in electrolyte has a different structure in comparison with the metal matrix, which determines different properties. It is observed remarkable increasing of hardness, strength and corrosion resistance related to the nonequilibrium phase transformations and the obtained finecrystalline microstructure.
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Periodical:
Solid State Phenomena (Volume 159)
Pages:
137-140
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Online since:
January 2010
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