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Structure and Electronic Properties of Ultrathin In Films on Si(111)

Posted By: AvaxGenius
Structure and Electronic Properties of Ultrathin In Films on Si(111)

Structure and Electronic Properties of Ultrathin In Films on Si(111) by Shigemi Terakawa
English | PDF (True) | 2022 | 83 Pages | ISBN : 9811968713 | 4.3 MB

This book reports the establishment of a single-atomic layer metal of In and a novel (In, Mg) ultrathin film on Si(111) surfaces. A double-layer phase of In called “rect” has been extensively investigated as a two-dimensional metal. Another crystalline phase called “hex” was also suggested, but it had not been established due to difficulty in preparing the sample. The author succeeded in growing the large and high-quality sample of the hex phase and revealed that it is a single-layer metal. The author also established a new triple-atomic layer (In, Mg) film with a nearly freestanding character by Mg deposition onto the In double layer. This work proposes a novel method to decouple ultrathin metal films from Si dangling bonds.

Reshaping of Dirac Cones in Topological Insulators and Graphene

Posted By: AvaxGenius
Reshaping of Dirac Cones in Topological Insulators and Graphene

Reshaping of Dirac Cones in Topological Insulators and Graphene by Álvaro Díaz Fernández
English | EPUB | 2021 | 202 Pages | ISBN : 3030615545 | 29.2 MB

Dirac cones are ubiquitous to non-trivial quantum matter and are expected to boost and reshape the field of modern electronics. Particularly relevant examples where these cones arise are topological insulators and graphene.

Reshaping of Dirac Cones in Topological Insulators and Graphene

Posted By: AvaxGenius
Reshaping of Dirac Cones in Topological Insulators and Graphene

Reshaping of Dirac Cones in Topological Insulators and Graphene by Álvaro Díaz Fernández
English | PDF | 2021 | 202 Pages | ISBN : 3030615545 | 8.2 MB

Dirac cones are ubiquitous to non-trivial quantum matter and are expected to boost and reshape the field of modern electronics. Particularly relevant examples where these cones arise are topological insulators and graphene.