Matches in SemOpenAlex for { <https://semopenalex.org/work/W3183061793> ?p ?o ?g. }
Showing items 1 to 79 of
79
with 100 items per page.
- W3183061793 endingPage "161065" @default.
- W3183061793 startingPage "161065" @default.
- W3183061793 abstract "• Novel geometrically modified magneto-electric laminates are presented. • An increased working frequency keeping a high magneto-electric response is observed. • Triangular and rhombic shaped magneto-electric laminates show enhanced performance. • These results open the door towards their implementation in high frequency devices. This work presents novel geometrically modified magnetoelectric (ME) laminates based on the Fe 64 Co 17 Si 6.6 B 12.4 metallic glass and the polyvinylidene fluoride (PVDF) piezoelectric polymer. Laminates with rectangular, triangular and rhombic shapes with an area of 25 mm 2 have been fabricated. The induced ME responses of the laminates under an applied DC magnetic field and as a function of the frequency have been analyzed. The results evidence that at the electromechanical resonance frequency, the triangular and rhombic shaped laminates show an improved induced ME response (102 mV and 103 mV, respectively) in comparison with the common rectangular shaped one (98 mV). Furthermore, the working frequencies of the triangular and rhombic laminates significantly increase up to 83 kHz and 102 kHz, respectively, with respect to the rectangular one (67 kHz). Going a step forward, the novel geometries have been compared with that of rectangular magnetoelectric laminates of equivalent EMR frequencies (19 mm and 17 mm long laminates for 83 kHz and 102 kHz, respectively). These rectangular laminates show a drastic drop of their induced ME responses (29 mV and 6.7 mV, respectively), due to the quality factor impair caused by the demagnetizing effects in these shorter samples. This study represents a critical advance in the performance of magnetoelectric laminated composites through geometry modification, opening the door to their implementation in enhanced high frequency devices." @default.
- W3183061793 created "2021-07-19" @default.
- W3183061793 creator A5009765235 @default.
- W3183061793 creator A5016637689 @default.
- W3183061793 creator A5028207133 @default.
- W3183061793 creator A5038941786 @default.
- W3183061793 creator A5069159575 @default.
- W3183061793 creator A5077894148 @default.
- W3183061793 date "2021-12-01" @default.
- W3183061793 modified "2023-10-06" @default.
- W3183061793 title "Enhanced performance of magnetoelectric laminated composites by geometry engineering for high frequency applications" @default.
- W3183061793 cites W1968676360 @default.
- W3183061793 cites W2007997837 @default.
- W3183061793 cites W2024596107 @default.
- W3183061793 cites W2028861947 @default.
- W3183061793 cites W2040027486 @default.
- W3183061793 cites W2050735830 @default.
- W3183061793 cites W2054650090 @default.
- W3183061793 cites W2073737640 @default.
- W3183061793 cites W2082130979 @default.
- W3183061793 cites W2082955212 @default.
- W3183061793 cites W2091788491 @default.
- W3183061793 cites W2115434173 @default.
- W3183061793 cites W2125173254 @default.
- W3183061793 cites W2418841901 @default.
- W3183061793 cites W2606945409 @default.
- W3183061793 cites W2617386593 @default.
- W3183061793 cites W2743561101 @default.
- W3183061793 cites W2801797028 @default.
- W3183061793 cites W2804585401 @default.
- W3183061793 cites W2810258941 @default.
- W3183061793 cites W2922397210 @default.
- W3183061793 cites W2947096261 @default.
- W3183061793 cites W2986019320 @default.
- W3183061793 cites W3001222179 @default.
- W3183061793 cites W3001890838 @default.
- W3183061793 cites W3033085681 @default.
- W3183061793 cites W3037193738 @default.
- W3183061793 cites W3038739188 @default.
- W3183061793 cites W3119877556 @default.
- W3183061793 doi "https://doi.org/10.1016/j.jallcom.2021.161065" @default.
- W3183061793 hasPublicationYear "2021" @default.
- W3183061793 type Work @default.
- W3183061793 sameAs 3183061793 @default.
- W3183061793 citedByCount "4" @default.
- W3183061793 countsByYear W31830617932022 @default.
- W3183061793 countsByYear W31830617932023 @default.
- W3183061793 crossrefType "journal-article" @default.
- W3183061793 hasAuthorship W3183061793A5009765235 @default.
- W3183061793 hasAuthorship W3183061793A5016637689 @default.
- W3183061793 hasAuthorship W3183061793A5028207133 @default.
- W3183061793 hasAuthorship W3183061793A5038941786 @default.
- W3183061793 hasAuthorship W3183061793A5069159575 @default.
- W3183061793 hasAuthorship W3183061793A5077894148 @default.
- W3183061793 hasConcept C159985019 @default.
- W3183061793 hasConcept C192562407 @default.
- W3183061793 hasConceptScore W3183061793C159985019 @default.
- W3183061793 hasConceptScore W3183061793C192562407 @default.
- W3183061793 hasFunder F4320321705 @default.
- W3183061793 hasLocation W31830617931 @default.
- W3183061793 hasOpenAccess W3183061793 @default.
- W3183061793 hasPrimaryLocation W31830617931 @default.
- W3183061793 hasRelatedWork W2014315543 @default.
- W3183061793 hasRelatedWork W2051270029 @default.
- W3183061793 hasRelatedWork W2082293200 @default.
- W3183061793 hasRelatedWork W2137307547 @default.
- W3183061793 hasRelatedWork W2380293314 @default.
- W3183061793 hasRelatedWork W2943188944 @default.
- W3183061793 hasRelatedWork W3008690834 @default.
- W3183061793 hasRelatedWork W3082440218 @default.
- W3183061793 hasRelatedWork W4242480814 @default.
- W3183061793 hasRelatedWork W4285802202 @default.
- W3183061793 hasVolume "884" @default.
- W3183061793 isParatext "false" @default.
- W3183061793 isRetracted "false" @default.
- W3183061793 magId "3183061793" @default.
- W3183061793 workType "article" @default.