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Magnetic Field Dependence of Energy Barrier of Perpendicular Nanomagnet

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https://www.riss.kr/link?id=A107537076

저자

Kyungmi Song ; Sung Chul Lee ; Kyung-Jin Lee
발행기관
IEEE
학술지명
IEEE transactions on magnetics
권호사항

Vol.50 No.11 [2014]
발행연도
2014
작성언어
-
주제어

spin-transfer torque magnetic random access memory (STT-MRAM) ; Energy barrier ; perpendicular nanomagnet
등재정보
SCOPUS,SCIE
자료형태
학술저널
수록면

1-4(4쪽)
제공처
ScienceON

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다국어 초록 (Multilingual Abstract)

Based on the nudged elastic band model, we investigate the thermal energy barrier and its field dependence of a circular-shaped perpendicular nanomagnet for various exchange constants and cell sizes. We find that the energy barrier depends not only on the cell size but also on the exchange stiffness constant when the switching is governed by the domain-wall nucleation and propagation. We show that analyzing the switching probability curve based on the field-dependent energy barrier equation for the single-domain switching can underestimate the energy barrier so that one has to use the correct field dependence of energy barrier, which can be obtained numerically.

번역하기

Based on the nudged elastic band model, we investigate the thermal energy barrier and its field dependence of a circular-shaped perpendicular nanomagnet for various exchange constants and cell sizes. We find that the energy barrier depends no...

Based on the nudged elastic band model, we investigate the thermal energy barrier and its field dependence of a circular-shaped perpendicular nanomagnet for various exchange constants and cell sizes. We find that the energy barrier depends not only on the cell size but also on the exchange stiffness constant when the switching is governed by the domain-wall nucleation and propagation. We show that analyzing the switching probability curve based on the field-dependent energy barrier equation for the single-domain switching can underestimate the energy barrier so that one has to use the correct field dependence of energy barrier, which can be obtained numerically.