Partial devitrification of the Al-RE marginal metallic glasses results in anomalous nucleation rate of nanocrystals conflicting with the classical nucleation theory by several orders of magnitude. One of the theoretical approaches explaining this phenomenon is the medium-range order (MRO) structures within the range of 1-2 nm that may be present both in the quenched amorphous state and its liquid precursor. In this work, these structures have been investigated conducting both experimental methods such as high energy X-ray diffraction (HEXRD) using synchrotron radiation, and computational methods as molecular dynamics (MD) , Monte Carlo (MC) and reverse Monte Carlo (RMC) simulation techniques. In order to make molecular simulations, interato...
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...
The marginal glass-forming alloys have attracted much attention due to unique products of devitrific...
Among all metallic glasses, marginal glass-forming alloys exhibit unique devitrification features du...
Evolution of the chemical and topological inhomogeneities within the Al91Tb9 amorphous system from l...
AbstractNeutron and X-ray diffraction are key techniques that are used to investigate the atomic and...
The structure of a multicomponent metallic glass, Mg65Cu20Y10Ni5, was investigated by the combined m...
Molecular dynamics simulations using an interatomic potential developed by artificial neural network...
Among all the metallic glass-forming systems, Al-based marginal glass-forming alloys (Al-RE or Al-TM...
Amorphous materials have attracted interest due to their unique properties as many common objects an...
Materials scientists lack a general, abstract description of the atomic structure of metallic glasse...
Short range order of amorphous samples with Al90Fe7Nb3, Al90Fe5Ce5 and Al90Ni5Ce5 nominal compositio...
The structure, production and consolidation of binary Al-RE (RE=Sm, Tb) and multicomponent Al-RE-TM ...
In this study we examine the structural properties of single-component metallic glasses of aluminum....
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...
The marginal glass-forming alloys have attracted much attention due to unique products of devitrific...
Among all metallic glasses, marginal glass-forming alloys exhibit unique devitrification features du...
Evolution of the chemical and topological inhomogeneities within the Al91Tb9 amorphous system from l...
AbstractNeutron and X-ray diffraction are key techniques that are used to investigate the atomic and...
The structure of a multicomponent metallic glass, Mg65Cu20Y10Ni5, was investigated by the combined m...
Molecular dynamics simulations using an interatomic potential developed by artificial neural network...
Among all the metallic glass-forming systems, Al-based marginal glass-forming alloys (Al-RE or Al-TM...
Amorphous materials have attracted interest due to their unique properties as many common objects an...
Materials scientists lack a general, abstract description of the atomic structure of metallic glasse...
Short range order of amorphous samples with Al90Fe7Nb3, Al90Fe5Ce5 and Al90Ni5Ce5 nominal compositio...
The structure, production and consolidation of binary Al-RE (RE=Sm, Tb) and multicomponent Al-RE-TM ...
In this study we examine the structural properties of single-component metallic glasses of aluminum....
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
Poster Division: Engineering, Math, and Physical Sciences: 1st Place (The Ohio State University Edwa...