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Spin S=1/2 Dependent Phenomena of Fermions in Magnetic Nanostructures & Nanoelem

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eBay item number:386977247126
Last updated on 30 May, 2024 04:12:51 BSTView all revisionsView all revisions

Item specifics

Condition
New: A new, unread, unused book in perfect condition with no missing or damaged pages. See the ...
ISBN-13
9781536102765
Type
NA
Publication Name
NA
ISBN
9781536102765
Book Title
Spin-Dependent Phenomena of Fermions in Magnetic Nanostructures
Book Series
Nanotechnology Science and Technology Ser.
Item Length
9.1 in
Publisher
NOVA Science Publishers, Incorporated
Publication Year
2017
Format
Trade Paperback
Language
English
Illustrator
Yes
Author
A. S. Sahakyan, A. N. Kocharian, R. M. Movsesyan
Genre
Technology & Engineering, Science
Topic
Physics / Magnetism, Nanotechnology & Mems, Physics / Nuclear
Item Width
6.1 in
Item Weight
8.4 Oz
Number of Pages
115 Pages

About this product

Product Information

The scattering of spin one-half fermions (electrons and neutrons) in multilayer systems containing magnetic nano-elements is a broad avenue for revealing transport properties of materials such as conductance, coherent (ballistic) resistance, and the spin polarization of the electric current. The spin dependent scattering is also a diagnostic tool for the study of magnetic structures of magnetic elements themselves (neutrons). From a theoretical point of view, the solution of one-dimensional scattering problem is reduced to the transfer matrix problem of the spin-polarized (unpolarised) waves on a system consisting of finite potential barriers, characterized by classical magnetization vectors. Their combination together with the vector of the spin polarization of the incident wave (if it is polarized) forms a system of allocated general collinear, and in some cases noncoplanar to the interface directions. As a result, the system becomes more complex and rich with additional degrees of freedom (so-called degrees of noncollinearity). The transport and magnetic characteristics are substantially dependent on these degrees of freedom, and in many cases allow the governing of them. For example, consider a system consisting of two barriers with noncollinear magnetizations. It is shown that it possesses the basic spintronic properties; these include a giant (tunneling) magnetoresistance and valve effect. Besides this, an effect similar to that known in optics as the Malus effect is possible. In the multi-barrier system, one can add also other degrees of freedom, such as the ratio of the lengths of various magnetic domains, which is extremely important for the control of quantum interference effects. The described systems are interesting from the viewpoint of the possibility to design nano devices with predetermined properties, as well as the possibility of tuning those properties due to the additional degrees of freedom. To study these systems, generalization of the well-known transfer-matrix method for non-collinear systems is carried out. These exact calculations illustrate important clues and exciting opportunities that could be utilized when synthesizing a barrier profile heterostructure containing magnetic layers. Recent developments in the field of spin polarized transport should lead to many scientific advances in surface science, magnetism, solid state physics and tunneling.

Product Identifiers

Publisher
NOVA Science Publishers, Incorporated
ISBN-10
1536102768
ISBN-13
9781536102765
eBay Product ID (ePID)
242770187

Product Key Features

Book Title
Spin-Dependent Phenomena of Fermions in Magnetic Nanostructures
Author
A. S. Sahakyan, A. N. Kocharian, R. M. Movsesyan
Format
Trade Paperback
Language
English
Topic
Physics / Magnetism, Nanotechnology & Mems, Physics / Nuclear
Book Series
Nanotechnology Science and Technology Ser.
Publication Year
2017
Illustrator
Yes
Genre
Technology & Engineering, Science
Number of Pages
115 Pages

Dimensions

Item Length
9.1 in
Item Width
6.1 in
Item Weight
8.4 Oz

Additional Product Features

Lc Classification Number
Qc793.5.F42s65 2016
Table of Content
Introduction; Transfer Matrix in 1D Scattering; The Noncollinearity Effects in Spin-Dependent Scattering; Conclusion; Appendix; Index.
Copyright Date
2016
Lccn
2016-044269
Dewey Decimal
539.721
Dewey Edition
23

Item description from the seller

Business seller information

Premier Books LLC
David Taylor
26C Trolley Sq
19806-3356 Wilmington, DE
United States
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