Interpretation of dependence between cohesion energy and melting temperature for transitive 3d-metals on atomic number
Journal Title: Вісник Тернопільського національного технічного університету - Year 2016, Vol 83, Issue 3
Abstract
A model for the description of the dependence of cohesive energy and thermodynamic characteristic 3d-metals on atomic number was proposed. Obtained results explain the experimental dependences of cohesive energy and melting temperature on atomic number: «anomaly» for Mn and a presence of two non-equivalent «parabolic dependences».
Authors and Affiliations
Leonid Didukh
Keywords
Related Articles
- EP ID EP261588
- DOI -
- Views 41
- Downloads 0
Integral equations for an thermoelastic anisotropic bimaterial with high temperature-conducting coherent interface
This paper studies the problem of an thermoelastic anisotropic bimaterial with highly conducting interface containing thin inclusions. Using the modified boundary element approach, the extended Stroh formalism and comple...
Mathematical modeling of non-isothermal adsorption mass transfer in nanoporous catalysts
The mathematical model of non-isothermal adsorption mass transfer in micro- and nanopores of intraparticle and interparticle spaces catalytic media, which considers effect of temperature during adsorption process, has be...
Design source errors analysis in the angle measure devices to the precision
The results of calculating the total error testing support rotation angle satellite antenna system. The analysis suggested calculating the optimum design rotation device, in which the total working angle of rotation erro...
Numerical realization of probabilistic model of composite material taking into account the damage evolution at high impact velocities
A numerical simulation of strength of plates of a fiber-reinforced multicomponent composite material under impact with collision velocities ranging from 20 to 1500 m/s was made using the probabilistic model within the fr...
Mathematical model of boundary crack propagation at bending of symmetric thin-walled flanks
There was studied engineering methods for determining stress intensity factors for complex symmetrical cross-sectional flank open at the edge of the crack by the action of stretching and bending effort. Analysis of speci...