FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2966568788> ?p ?o ?g. }

• W2966568788 endingPage "31572" @default.
• W2966568788 startingPage "31562" @default.
• W2966568788 abstract "Multiferroic materials are strong candidates for reducing the energy consumption of voltage-controlled spintronic devices because of the coexistence of ferroelectric (FE) and magnetic orders in a single phase. In this article, we present a new multiferroic perovskite, GdNixFe1–xO3 (GFNO), produced via sputtering on a SrTiO3 substrate. The proposed GFNO is FE and canted antiferromagnetic (AFM) within a monoclinic framework at room temperature. The FE polarization of the GFNO is up to 37 μC/cm2. When capped with a Co layer, the resulting heterostructure exhibits voltage-controlled magnetism (VCM). The heterostructured device exhibits two distinct features. First, its VCM depends on the magnitude as well as the polarity of the applied bias, thereby doubling the number of available magnetic readout states under a fixed voltage. Furthermore, the magnetic order of the device can be controlled very effectively within ±1 V. These two characteristics satisfy the requirements for low-power and high-storage technology. Theoretical analysis and experimental results indicate the importance of Ni dopant in regulating the polarity-dependent multiferroicity of this gadolinium ferrite system." @default.
• W2966568788 created "2019-08-13" @default.
• W2966568788 creator A5006798468 @default.
• W2966568788 creator A5010746889 @default.
• W2966568788 creator A5016165407 @default.
• W2966568788 creator A5023334778 @default.
• W2966568788 creator A5036667192 @default.
• W2966568788 creator A5068812983 @default.
• W2966568788 creator A5073417034 @default.
• W2966568788 creator A5074109617 @default.
• W2966568788 creator A5086126714 @default.
• W2966568788 creator A5087779097 @default.
• W2966568788 date "2019-08-02" @default.
• W2966568788 modified "2023-09-29" @default.
• W2966568788 title "GdFe_0.8Ni_0.2O₃: A Multiferroic Material for Low-Power Spintronic Devices with High Storage Capacity" @default.
• W2966568788 cites W1784743756 @default.
• W2966568788 cites W1964105888 @default.
• W2966568788 cites W1979965514 @default.
• W2966568788 cites W1979977903 @default.
• W2966568788 cites W1980756419 @default.
• W2966568788 cites W1991723243 @default.
• W2966568788 cites W1993099116 @default.
• W2966568788 cites W1994746146 @default.
• W2966568788 cites W1997536578 @default.
• W2966568788 cites W2001474998 @default.
• W2966568788 cites W2008666773 @default.
• W2966568788 cites W2012428351 @default.
• W2966568788 cites W2019188295 @default.
• W2966568788 cites W2021143454 @default.
• W2966568788 cites W2024532174 @default.
• W2966568788 cites W2025836693 @default.
• W2966568788 cites W2025881121 @default.
• W2966568788 cites W2027271692 @default.
• W2966568788 cites W2029708384 @default.
• W2966568788 cites W2039780806 @default.
• W2966568788 cites W2040125856 @default.
• W2966568788 cites W2041433398 @default.
• W2966568788 cites W2042772931 @default.
• W2966568788 cites W2054622832 @default.
• W2966568788 cites W2058200651 @default.
• W2966568788 cites W2065615529 @default.
• W2966568788 cites W2066608847 @default.
• W2966568788 cites W2067598285 @default.
• W2966568788 cites W2075261658 @default.
• W2966568788 cites W2083222334 @default.
• W2966568788 cites W2093162739 @default.
• W2966568788 cites W2098547240 @default.
• W2966568788 cites W2108953022 @default.
• W2966568788 cites W2127499122 @default.
• W2966568788 cites W2160996238 @default.
• W2966568788 cites W2167628594 @default.
• W2966568788 cites W2196732144 @default.
• W2966568788 cites W2239839068 @default.
• W2966568788 cites W2276573253 @default.
• W2966568788 cites W2327436519 @default.
• W2966568788 cites W2332117937 @default.
• W2966568788 cites W2400670979 @default.
• W2966568788 cites W2515217421 @default.
• W2966568788 cites W2525171434 @default.
• W2966568788 cites W2564257986 @default.
• W2966568788 cites W2578167074 @default.
• W2966568788 cites W2589686657 @default.
• W2966568788 cites W2595345612 @default.
• W2966568788 cites W2605452674 @default.
• W2966568788 cites W2613123570 @default.
• W2966568788 cites W2623966644 @default.
• W2966568788 cites W2761109964 @default.
• W2966568788 cites W2780512266 @default.
• W2966568788 cites W2797972040 @default.
• W2966568788 cites W2799443303 @default.
• W2966568788 cites W2803186037 @default.
• W2966568788 cites W2809418747 @default.
• W2966568788 cites W2810706037 @default.
• W2966568788 cites W2868766862 @default.
• W2966568788 cites W2902135030 @default.
• W2966568788 cites W2905997506 @default.
• W2966568788 cites W2922218496 @default.
• W2966568788 cites W2950840160 @default.
• W2966568788 cites W3035572042 @default.
• W2966568788 cites W3099108943 @default.
• W2966568788 cites W3104119523 @default.
• W2966568788 cites W2022873517 @default.
• W2966568788 doi "https://doi.org/10.1021/acsami.9b11767" @default.
• W2966568788 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31373787" @default.
• W2966568788 hasPublicationYear "2019" @default.
• W2966568788 type Work @default.
• W2966568788 sameAs 2966568788 @default.
• W2966568788 citedByCount "22" @default.
• W2966568788 countsByYear W29665687882020 @default.
• W2966568788 countsByYear W29665687882021 @default.
• W2966568788 countsByYear W29665687882022 @default.
• W2966568788 countsByYear W29665687882023 @default.
• W2966568788 crossrefType "journal-article" @default.
• W2966568788 hasAuthorship W2966568788A5006798468 @default.
• W2966568788 hasAuthorship W2966568788A5010746889 @default.
• W2966568788 hasAuthorship W2966568788A5016165407 @default.
• W2966568788 hasAuthorship W2966568788A5023334778 @default.
• W2966568788 hasAuthorship W2966568788A5036667192 @default.

• next