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Large spin splitting of metallic surface-state bands at adsorbate-modified gold/silicon surfaces
Gruznev, Dimitry V., Yakovlev, Alexey A., Tupchaya, Alexandra Y., Usachov, Dmitry Yu., Vilkov, Oleg Yu, Fedorov, Alexander V., Vyalikh, Denis V., Eremeev, Sergey V., Chulkov, Evgueni V., Zotov, Andrey V., Saranin, Alexander A., Bondarenko, Leonid V.
Electronic band structure of a Tl/Sn atomic sandwich on Si(111)
Gruznev, Dimitry V., Matetskiy, Andrey V., Tupchaya, Alexandra Y., Alekseev, A. A., Hsing, Cheng-Rong, Wei, Ching-Ming, Eremeev, Sergey V., Zotov, Andrey V., Saranin, Alexander A., Bondarenko, Leonid V.
A two-dimensional compound made of one monolayer of Tl and one monolayer of Sn on Si(111) has been
A strategy to create spin-split metallic bands on silicon using a dense alloy layer
Bondarenko, Leonid V., Matetskiy, Andrey V., Yakovlev, Alexey A., Tupchaya, Alexandra Y., Eremeev, Sergey V., Chulkov, Evgueni V., Chou, Jyh-Pin, Wei, Ching-Ming, Lai, Ming-Yu, Wang, Yuh-Lin, Zotov, Andrey V., Saranin, Alexander A., Gruznev, Dimitry V.
A strategy to create spin-split metallic bands on silicon using a dense alloy layer
Two-dimensional in-Sb compound on silicon as a quantum spin hall insulator
Gruznev, Dimitry V., Eremeev, Sergey V., Bondarenko, Leonid V., Tupchaya, Alexandra Yu., Yakovlev, Alexey A., Mihalyuk, Alexey N., Chou, Jyh-Pin, Zotov, Andrey V., Saranin, Alexander A.
Two-dimensional (2D) topological insulator is a promising quantum phase for achieving
Atomic arrangement and electron band structure of Si(1 1 1)-ß-√3×√3-Bi reconstruction modified by alkali-metal adsorption: Ab initio study
Eremeev, Sergey V., Gruznev, Dimitry V., Zotov, Andrey V., Saranin, Alexander A., Chukurov, E. N.
, have been explored. Upon adsorption of all metals, a similar atomic structure develops at the surface
Electronic properties of the two-dimensional (Tl, Rb)/Si(1 1 1)√3x√3 compound having a honeycomb-like structure
Tupchaya, Alexandra Y., Gruznev, Dimitry V., Mihalyuk, Alexey N., Eremeev, Sergey V., Ryzhkova, M. V., Tsukanov, D. A., Zotov, Andrey V., Saranin, Alexander A., Bondarenko, Leonid V.
Heavy metal layers having a honeycomb structure on the Si(1 1 1) surface were theoretically
C60 capping of metallic 2D Tl-Au compound with preservation of its basic properties at the buried interface
Mararov, V. V., Utas, T. V., Bondarenko, Leonid V., Tupchaya, Alexandra Yu., Matetskiy, Andrey V., Denisov, N. V., Mihalyuk, Alexey N., Eremeev, Sergey V., Gruznev, Dimitry V., Olyanich, D. A., Zotov, Andrey V., Saranin, Alexander A.
thickness epitaxially grown on single-crystal silicon substrates in ultra-high vacuum) represent a specific
Single layer nickel disilicide on surface and as embedded layer
Bondarenko, L. V., Tupchaya, Alexandra Yu., Zotov, Andrey V., Saranin, Alexander A., Vekovshinin, Y. E., Olyanich, D. A., Matetskiy, Andrey V., Denisov, N. V., Eremeev, Sergey V., Mihalyuk, Alexey N., Ivanov, Yu. P., Gruznev, Dimitry V
. However, growing a monolayer of non-layered material is still challenging. In the present report
Synthesis of two-dimensional TlxBi1-x compounds and Archimedean encoding of their atomic structure
Gruznev, Dimitry V., Matetskiy, Andrey V., Mihalyuk, Alexey N., Tupchaya, Alexandra Y., Utas, Oleg A., Eremeev, Sergey V., Hsing, Cheng-Rong, Chou, Jyh-Pin, Wei, Ching-Ming, Bondarenko, Leonid V., Zotov, Andrey V., Saranin, Alexander A.
Crystalline atomic layers on solid surfaces are composed of a single building block, unit cell
(Tl, Au)/Si(1 1 1)√7×√7 2D compound: an ordered array of identical Au clusters embedded in Tl matrix
Mihalyuk, Alexey N., Hsing, Cheng-Rong, Wei, Ching-Ming, Eremeev, Sergey V., Bondarenko, Leonid V., Tupchaya, Alexandra Y., Gruznev, Dimitry V., Zotov, Andrey V., Saranin, Alexander A.
)/Si(111) system as a result of Au deposition onto the Tl/Si(111) surface and its composition, structure

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