Diffusion Interaction between Two Metals, One of Which is in Liquid State

Arnold P. Savitskii

doi:10.4028/www.scientific.net/MSF.575-578.1477

Paper Titles

Impact of Rolling Conditions on Propagation of a Potential Crack
p.1445

Applications of Dyes in Material Science Research
p.1451

Finite Element Analysis on Microstructure Evolution of Hot Ring Rolling Process
p.1455

Finite Element Analysis of the Rolling Contact Fatigue Life of Railcar Wheels
p.1461

Effect of Scanning Frequency on Temperature Distribution
p.1467

Study on One Kind of Antenna Radomes Materials Numerical Algorithm Simulation Based on DBEM
p.1471

Diffusion Interaction between Two Metals, One of Which is in Liquid State
p.1477

The Study of Thermal Boundary Condition for CFRP Pressure Vessel with Metallic Liner during Manufacture Process
p.1483

Numerical Simulation of Process of Cavity Filling and Solidifying in TiAl Alloy Investment Casting
p.1489

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578Diffusion Interaction between Two Metals, One of...

Diffusion Interaction between Two Metals, One of Which is in Liquid State

Abstract:

Processes of diffusion interaction between solid and liquid phases take place in such phenomena as wetting, spreading, dissolution, contact melting, liquid metal corrosion, changes of mechanical properties of metals and alloys being in contact with melts, etc. The knowledge of the mechanism and regularities of this interaction is necessary for development of such technologies, as sintering, self-propagating high temperature synthesis, impregnation, casting, welding, soldering, liquid metal cladding, etc. However, in despite of the fact that the problem of diffusion interaction between solid and liquid metals is of the paramount importance as for science as well for practice, no intelligible theory of the phenomenon is available. The paper fills the gap in our knowledge of this subject.