Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin, I Goldfarb - Applied Physics Letters, 2012 - pubs.aip.org
We used in situ scanning tunneling microscopy to monitor in real time the formation of nano-
rings at the molecular beam epitaxially grown In/CdZnTe (⁠ 110⁠) surface, and Auger …
被引用次数：3 相关文章
[PDF] academia.edu

[PDF][PDF] Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin, I Goldfarb - APPLIED PHYSICS LETTERS, 2012 - academia.edu
We used in situ scanning tunneling microscopy to monitor in real time the formation of nano-
rings at the molecular beam epitaxially grown In/CdZnTe (110) surface, and Auger electron …

Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin, I Goldfarb - Applied Physics Letters, 2012 - pubs.aip.org
We used in situ scanning tunneling microscopy to monitor in real time the formation of nano-
rings at the molecular beam epitaxially grown In/CdZnTe (110) surface, and Auger electron …

Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin, I Goldfarb - Applied Physics Letters, 2012 - osti.gov
We used in situ scanning tunneling microscopy to monitor in real time the formation of nano-
rings at the molecular beam epitaxially grown In/CdZnTe (110) surface, and Auger electron …

Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin… - Applied Physics …, 2012 - ui.adsabs.harvard.edu
We used in situ scanning tunneling microscopy to monitor in real time the formation of nano-
rings at the molecular beam epitaxially grown In/CdZnTe (110) surface, and Auger electron …

Self-assembled formation and transformation of In/CdZnTe (110) nano-rings into camel-humps

G Cohen-Taguri, A Ruzin, I Goldfarb - Applied Physics Letters, 2012 - inis.iaea.org
[en] We used in situ scanning tunneling microscopy to monitor in real time the formation of
nano-rings at the molecular beam epitaxially grown In/CdZnTe (110) surface, and Auger …