-transparent.png){kind=logo}
Z-contrast imaging, electron diffraction, atom-probe tomography (APT) and density functional theory calculations were used to study the crystal structure of the Mo3Si phase which was previously reported to have an A15 crystal structure. The results showed that Mo3Si has an incommensurate crystal structure with a non-cubic unit cell. The small off-stoichiometry in composition of the sample which was revealed by APT and atomic resolution Z-contrast imaging suggested that site substitution caused the development of split atomic positions, disorder and vacancies.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
January 2019,
Nature,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
May 1989,
Physical review. B, Condensed matter,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
February 2019,
Nature,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
July 1988,
Physical review. B, Condensed matter,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
June 2020,
ACS applied materials & interfaces,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
February 1995,
Physical review letters,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
August 1988,
Physical review letters,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
September 1993,
Physical review letters,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
February 2020,
Acta crystallographica Section B, Structural science, crystal engineering and materials,
Ahmet Gulec, and
Xiaoxiang Yu, and
Matthew Taylor, and
John H Perepezko, and
Laurence Marks
July 1989,
Physical review. B, Condensed matter,
