Search

Your search keyword '"Li, J.H."' showing total 11 results
Start Over Author "Li, J.H." Journal materials letters
11 results on '"Li, J.H."'

10. Glass-formation and atomic structures of Cu x (Zr0.22Hf0.78)1−x and (Cu0.61Hf0.39)1−x Zr x alloys investigated by Monte Carlo simulation.

Author

Luo, S.Y., Li, J.H., Cui, Y.Y., and Liu, B.X.

Subjects
*METALLIC glasses, *ATOMIC structure, *MONTE Carlo method, *COPPER alloys, *AMORPHOUS substances, *CRYSTALS
Abstract

Abstract: Based on a realistic Cu–Zr–Hf n-body potential, Monte Carlo simulations were conducted to investigate effect of constituent elements on the forming ability, energetic state and atomic configuration of metallic glasses in two pseudo-binary systems, i.e. the Cu x (Zr0.22Hf0.78)1−x and (Cu0.61Hf0.39)1−x Zr x (0

Published
2013
Full Text
View/download PDF

11. A possible metastable MoPd2 BCC phase in the Mo–Pd system obtained by ion beam mixing

Author

Ding, N., Li, J.H., and Liu, B.X.

Subjects
*MOLYBDENUM alloys, *PHASE transitions, *ION bombardment, *MULTILAYERED thin films, *MOLECULAR structure, *INTERMETALLIC compounds, *XENON, *MIXING, *BINARY metallic systems, *CRYSTAL lattices
Abstract

Abstract: A new metastable crystalline phase of bcc structure was obtained in the Mo–Pd system by 200keV xenon ion beam mixing in the Mo34Pd66 and Mo30Pd70 multilayered thin films at relevant irradiation stages and its lattice constant was identified to be a BCC =4.13Å. The real composition of the bcc phase was then estimated to be around MoPd2. The newly formed intermetallic compound with bcc structure gives evidence that MoPd2 could be an ordered intermetallic phase in the binary phase diagram. The possible formation mechanism of the metastable MoPd2 bcc phase was also discussed in terms of the atomic collision theory. [Copyright &y& Elsevier]

Published
2011
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results