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First-Principle VS. Experimental Design of Diluted Magnetic Semiconductors, H...

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Laatst bijgewerkt op 08 mei 2024 16:53:04 CESTAlle herzieningen bekijkenAlle herzieningen bekijken

Specificaties

Objectstaat
Nieuw: Een nieuw, ongelezen en ongebruikt boek in perfecte staat waarin geen bladzijden ontbreken of ...
ISBN
9781536140774
Publication Year
2019
Format
Hardcover
Language
English
Book Title
First-Principle Vs Experimental Design of Diluted Magnetic Semiconductors
Author
Abdelilah Benyoussef
Item Length
9.1in
Publisher
NOVA Science Publishers, Incorporated
Genre
Technology & Engineering
Topic
Electronics / Semiconductors, Nanotechnology & Mems
Item Width
6.1in
Item Weight
17.8 Oz
Number of Pages
277 Pages

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Product Information

Recent discoveries have given rise to a new class of electronics known as "spin electronics" or "spintronics," which uses the electron spin rather than its charge to create polarized currents. Spintronics is currently experiencing an extraordinary development with the manufacture of nanoscale devices based on ferromagnetic materials and semiconductors. Their applications are numerous, ranging from recording, electronics, and optoelectronics to quantum information. Spintronics is a new generation of electronics that has brought and continues to bring a lot of progress to information storage; this is due to the discovery of new materials with new functionalities and multiple applications. The discovery of giant magnetoresistance (GMR) in 1988 by Albert Fert and Peter GrÃ"nberg (receiver of the Nobel Prize in Physics in 2007) is considered a starting point of spintronics. GMR is based on the variation of the electric current in the presence of a magnetic field. The spintronics has made important contributions to the miniaturization desired for electronics; it uses nanometric components for processing and storing information. However, the limits of miniaturization on a nanometric scale are known, and it is imperative to develop new ways and new materials to exceed those limits. The most desired properties for these materials are high spin polarization, modular magnetic properties by an electric field and a long lifetime of the spin polarization. Among the new promising materials, we cite the following: Diluted magnetic semiconductors, which give new magnetic properties of conventional semiconductors, functional oxides (including the semi-metals and multiferroic metals) and organic semiconductors. The main theoretical challenge in this area is to understand how the macroscopic magnetic behavior observed results from interactions of a large number of degrees of microscopic freedom. In these systems the disorder is an essential parameter of magnetic phenomena, and due to random locations of impurity atoms it can lead to a total physical difference from the observed absence. There has been considerable recent advances in the design of these materials as diluted magnetic semiconductors (DMS, or diluted magnetic semiconductors), and a number of semiconductors were investigated as II-VI group and III-V group doped compounds, with transition metals substituting their original cations. There are several different theoretical approaches to study these magnetic materials. The ab-initio approach starts from the Schrödinger equation to simulate a given material. Such an approach is essential to determine the parameters and microscopic properties of such a system. In this book, the authors analyzed the electronic structure of magnetic semiconductors diluted in the case of ZnO, GaN, SnO2, TiO2, MgH2, EuO and EuN doped RENs (RE=GdN, DyN and HoN). The authors focused on magnetic, optical and exchange mechanisms which control the ferromagnetism in these systems. The purpose of this book is to propose some ideas to answer the most important question in material science for semiconductor spintronics, primarily considering how room-temperature ferromagnetism in DMS can be realized. Additionally, the correlation between first principle and experimental design to see how properties of yet-to-be-synthesized materials can be predicted is discussed.

Product Identifiers

Publisher
NOVA Science Publishers, Incorporated
ISBN-10
1536140775
ISBN-13
9781536140774
eBay Product ID (ePID)
20038515964

Product Key Features

Book Title
First-Principle Vs Experimental Design of Diluted Magnetic Semiconductors
Author
Abdelilah Benyoussef
Format
Hardcover
Language
English
Topic
Electronics / Semiconductors, Nanotechnology & Mems
Publication Year
2019
Genre
Technology & Engineering
Number of Pages
277 Pages

Dimensions

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

Additional Product Features

Lc Classification Number
Qc611.8.M25f57 2018
Table of Content
For more information, please visit our website at:Print: https://www.novapublishers.com/catalog/product_info.php'products_id=65115E-Book: https://www.novapublishers.com/catalog/product_info.php'products_id=65116
Copyright Date
2019
Lccn
2018-040550
Dewey Decimal
537.6/223
Series
Nanotechnology Science and Technology Ser.
Dewey Edition
23
Illustrated
Yes

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Outstanding
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Biblia interlineal? Creí que era la biblia completa solo son fragmentos de ella, muy mala experiencia.
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Nice book