Design of New Multiferroic Oxides

Xue Zeng Lu; James M Rondinelli

Design of New Multiferroic Oxides

Materials Science and Engineering

Research output: Chapter in Book/Report/Conference proceeding › Entry for encyclopedia/dictionary

Abstract

Multiferroics materials, displaying magnetic, polar, and elastic order parameters simultaneously, have garnered intense interests because they may host electric-field controllable magnetism, which can be utilized in devices for information storage and processing. In this chapter, based on recent progress in understanding microscopic mechanisms supporting multiferroism and advances in materials synthesis, we describe the basic routes by which to design new multiferroic oxides using electronic structure based calculations to guide materials selection and discovery.

Original language	English (US)
Title of host publication	Handbook of Materials Modeling
Editors	Cesare Franchini, Bilge Yildiz
Publisher	Springer
Pages	1-62
Number of pages	62
ISBN (Electronic)	978-3319502571
State	Published - Oct 13 2018

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title = "Design of New Multiferroic Oxides",

abstract = "Multiferroics materials, displaying magnetic, polar, and elastic order parameters simultaneously, have garnered intense interests because they may host electric-field controllable magnetism, which can be utilized in devices for information storage and processing. In this chapter, based on recent progress in understanding microscopic mechanisms supporting multiferroism and advances in materials synthesis, we describe the basic routes by which to design new multiferroic oxides using electronic structure based calculations to guide materials selection and discovery.",

author = "Lu, {Xue Zeng} and Rondinelli, {James M}",

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T1 - Design of New Multiferroic Oxides

AU - Lu, Xue Zeng

AU - Rondinelli, James M

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PY - 2018/10/13

Y1 - 2018/10/13

N2 - Multiferroics materials, displaying magnetic, polar, and elastic order parameters simultaneously, have garnered intense interests because they may host electric-field controllable magnetism, which can be utilized in devices for information storage and processing. In this chapter, based on recent progress in understanding microscopic mechanisms supporting multiferroism and advances in materials synthesis, we describe the basic routes by which to design new multiferroic oxides using electronic structure based calculations to guide materials selection and discovery.

AB - Multiferroics materials, displaying magnetic, polar, and elastic order parameters simultaneously, have garnered intense interests because they may host electric-field controllable magnetism, which can be utilized in devices for information storage and processing. In this chapter, based on recent progress in understanding microscopic mechanisms supporting multiferroism and advances in materials synthesis, we describe the basic routes by which to design new multiferroic oxides using electronic structure based calculations to guide materials selection and discovery.

M3 - Entry for encyclopedia/dictionary

SP - 1

EP - 62

BT - Handbook of Materials Modeling

A2 - Franchini, Cesare

A2 - Yildiz, Bilge

PB - Springer

ER -

Design of New Multiferroic Oxides

Abstract

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