We have studied the formation of a Bi-induced (2 x 2) reconstruction on the InAs(111)B surface. In connection to the development of the (2 x 2) reconstruction, a two dimensional charge accumulation layer located at the bottom of the InAs conduction band appears as seen through a photoemission structure at the Fermi level. Not well ordered Bi layers do not induce a charge accumulation. The Bi-induced reconstruction reduces the polarization of the pristine surface and changes the initial charge distribution. InAsBi alloying occurs below the surface where Bi acts as charge donor leading to the charge accumulation layer. (C) 2010 Elsevier B.V. All rights reserved
The ordered (1 x 2) monolayer of Bi on the InAs(110) surface is studied by means of angle-resolved h...
We have studied self-assembled bismuth (Bi) nanolines on the Bi-terminated InAs(100) surface by core...
\ua9 2015 Elsevier B.V. All rights reserved. InAs films were grown on GaAs substrates by molecular b...
The growth of Bi on both the In-terminated (A) face and the As-terminated (B) face of InAs(111) has ...
WOS: 000335228400032Based on pseudopotential method and density functional theory, we have investiga...
International audienceThe growth of Bi on both the In-terminated (A) face and the As-terminated (B) ...
A new class of material is coming up, Topological Insulators, have opened a wide field of research. ...
The spectral density at the Fermi energy and the formation of adlayer-induced electronic states is s...
A new class of materials, the topological insulators, has opened a wide field of research. Bismuth, ...
L'émergence d'une une nouvelle classe de matériaux, des isolants topologiques, a stimulé un vaste ch...
International audienceBi films deposited on InAs(111) A and B sides have been studied by photoemissi...
This thesis is the result of investigations regarding the processes in InAs III-V semiconductor surf...
The ordered p(1×1) monolayer phase of Bi on InAs(110) has been studied with the technique of angle-r...
The room-temperature growth of bismuth on the InAs(110) surface and the Bi(1 x 1) and Bi-(1 x 2) ord...
International audienceSelf-assembled nanolines are attractive to build the technological devices of ...
The ordered (1 x 2) monolayer of Bi on the InAs(110) surface is studied by means of angle-resolved h...
We have studied self-assembled bismuth (Bi) nanolines on the Bi-terminated InAs(100) surface by core...
\ua9 2015 Elsevier B.V. All rights reserved. InAs films were grown on GaAs substrates by molecular b...
The growth of Bi on both the In-terminated (A) face and the As-terminated (B) face of InAs(111) has ...
WOS: 000335228400032Based on pseudopotential method and density functional theory, we have investiga...
International audienceThe growth of Bi on both the In-terminated (A) face and the As-terminated (B) ...
A new class of material is coming up, Topological Insulators, have opened a wide field of research. ...
The spectral density at the Fermi energy and the formation of adlayer-induced electronic states is s...
A new class of materials, the topological insulators, has opened a wide field of research. Bismuth, ...
L'émergence d'une une nouvelle classe de matériaux, des isolants topologiques, a stimulé un vaste ch...
International audienceBi films deposited on InAs(111) A and B sides have been studied by photoemissi...
This thesis is the result of investigations regarding the processes in InAs III-V semiconductor surf...
The ordered p(1×1) monolayer phase of Bi on InAs(110) has been studied with the technique of angle-r...
The room-temperature growth of bismuth on the InAs(110) surface and the Bi(1 x 1) and Bi-(1 x 2) ord...
International audienceSelf-assembled nanolines are attractive to build the technological devices of ...
The ordered (1 x 2) monolayer of Bi on the InAs(110) surface is studied by means of angle-resolved h...
We have studied self-assembled bismuth (Bi) nanolines on the Bi-terminated InAs(100) surface by core...
\ua9 2015 Elsevier B.V. All rights reserved. InAs films were grown on GaAs substrates by molecular b...