Grain boundaries (GBs) influence a wide array of physical properties in polycrystalline
materials and play an important role in governing microstructural evolution under extreme …

The atomic structures of Cu-Zr alloys have been extensively studied due to the unusually
high glass forming ability of this system. In this work, we investigate the nearest-neighbor …

The structural motifs of a Zr 50 Cu 45 Al 5 metallic glass were learned from atomistic models
using a new structure analysis method called motif extraction that employs point-pattern …

Despite intense interest in the discovery and design of metallic glasses, the efficient a priori
identification of novel glass-formers without the need for time-consuming experimental …

摘要作为新兴非晶材料的金属玻璃由于其优异的力学, 物理以及化学性能而被广泛研究.
玻璃形成能力一直是制约着非晶材料发展的重要问题, 为了设计出具有良好玻璃形成能力的非晶 …

The graph-theoretical concept of connected components is employed to extract the evolution
of defect configurations in a polycrystalline aluminum structure containing∼ 8.3 million …

Materials scientists lack a general, abstract description of the atomic structure of metallic
glasses (MGs). Structural descriptions developed for crystals and crystal defects are …

Despite intense interest in and research on metallic glasses, one question remains
predominantly unanswered: Why are certain alloys better glass-formers than others? Here …