Add to ORKGThe migration of a grain boundary system with ridges of the first order is studied. A theory of steadystate motion of a grain boundary (GB) half-loop with facets and ridges is presented. The shape and properties of a moving grain boundary which contains additional structural elements (curved segments, facets and ridges of first order) are addressed. The major kinetic parameters (mobility and its activation enthalpy) of the “high-temperature” and “low-temperature” grain boundary ridge of first order with curved segments were measured. When you are citing the document, use the following link http://essuir.sumdu.edu.ua/handle/123456789/3513
Abstract. The microstructure of Zn–5wt.%Al polycrystals has been studied between 250 and 375 °C. The...
Abstract—Both experimental and atomistic simulation measurements of grain boundary mobility were mad...
Faceting of grain boundaries (GBs) or surfaces can be considered as a phase transition when the orig...
Microstructure of polycrystalline materials can be described as grain boundary (GB) networks; hence,...
Microstructure of polycrystalline materials can be described as grain boundary (GB) networks; hence,...
Abstract. The theory of steady state motion of grain boundary sytems with triple junctions and the m...
Abstract. We present two dimensional molecular dynamics simulations of grain boundary migration usin...
Abstract. — Theoretical treatment of the mechanisms associated with thermally activated grain bounda...
Control of microstructural evolution is the goal of much of materials processing. Properties of grai...
Grain boundary migration during dynamic recrystallization of quartz results in grain boundary suturi...
We report molecular dynamics simulations and their analysis for a mixed tilt and twist grain boundar...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
A detailed study has been carried out to find out if diffusion of zinc along grain boundaries in pur...
Recent innovations in materials rely heavily on the addition and control of interfaces.This is true ...
The kinetics of a triple junction of grain boundaries with distinct specific energies and mobilities...
Abstract. The microstructure of Zn–5wt.%Al polycrystals has been studied between 250 and 375 °C. The...
Abstract—Both experimental and atomistic simulation measurements of grain boundary mobility were mad...
Faceting of grain boundaries (GBs) or surfaces can be considered as a phase transition when the orig...
Microstructure of polycrystalline materials can be described as grain boundary (GB) networks; hence,...
Microstructure of polycrystalline materials can be described as grain boundary (GB) networks; hence,...
Abstract. The theory of steady state motion of grain boundary sytems with triple junctions and the m...
Abstract. We present two dimensional molecular dynamics simulations of grain boundary migration usin...
Abstract. — Theoretical treatment of the mechanisms associated with thermally activated grain bounda...
Control of microstructural evolution is the goal of much of materials processing. Properties of grai...
Grain boundary migration during dynamic recrystallization of quartz results in grain boundary suturi...
We report molecular dynamics simulations and their analysis for a mixed tilt and twist grain boundar...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
A detailed study has been carried out to find out if diffusion of zinc along grain boundaries in pur...
Recent innovations in materials rely heavily on the addition and control of interfaces.This is true ...
The kinetics of a triple junction of grain boundaries with distinct specific energies and mobilities...
Abstract. The microstructure of Zn–5wt.%Al polycrystals has been studied between 250 and 375 °C. The...
Abstract—Both experimental and atomistic simulation measurements of grain boundary mobility were mad...
Faceting of grain boundaries (GBs) or surfaces can be considered as a phase transition when the orig...