Matches in SemOpenAlex for { <https://semopenalex.org/work/W3138901486> ?p ?o ?g. }
- W3138901486 endingPage "2022" @default.
- W3138901486 startingPage "2022" @default.
- W3138901486 abstract "Magnetoelectric resonators have been studied for the detection of small amplitude and low frequency magnetic fields via the delta-E effect, mainly in fundamental bending or bulk resonance modes. Here, we present an experimental and theoretical investigation of magnetoelectric thin-film cantilevers that can be operated in bending modes (BMs) and torsion modes (TMs) as a magnetic field sensor. A magnetoelastic macrospin model is combined with an electromechanical finite element model and a general description of the delta-E effect of all stiffness tensor components Cij is derived. Simulations confirm quantitatively that the delta-E effect of the C66 component has the promising potential of significantly increasing the magnetic sensitivity and the maximum normalized frequency change Δfr. However, the electrical excitation of TMs remains challenging and is found to significantly diminish the gain in sensitivity. Experiments reveal the dependency of the sensitivity and Δfr of TMs on the mode number, which differs fundamentally from BMs and is well explained by our model. Because the contribution of C11 to the TMs increases with the mode number, the first-order TM yields the highest magnetic sensitivity. Overall, general insights are gained for the design of high-sensitivity delta-E effect sensors, as well as for frequency tunable devices based on the delta-E effect." @default.
- W3138901486 created "2021-03-29" @default.
- W3138901486 creator A5009909850 @default.
- W3138901486 creator A5024409297 @default.
- W3138901486 creator A5027537431 @default.
- W3138901486 creator A5031853093 @default.
- W3138901486 creator A5048787392 @default.
- W3138901486 creator A5049550457 @default.
- W3138901486 creator A5053011337 @default.
- W3138901486 creator A5054520721 @default.
- W3138901486 date "2021-03-12" @default.
- W3138901486 modified "2023-09-30" @default.
- W3138901486 title "Magnetoelastic Coupling and Delta-E Effect in Magnetoelectric Torsion Mode Resonators" @default.
- W3138901486 cites W1527360228 @default.
- W3138901486 cites W1542667918 @default.
- W3138901486 cites W1959768822 @default.
- W3138901486 cites W1989773904 @default.
- W3138901486 cites W1995761506 @default.
- W3138901486 cites W2007092086 @default.
- W3138901486 cites W2010831136 @default.
- W3138901486 cites W2014686426 @default.
- W3138901486 cites W2016641528 @default.
- W3138901486 cites W2016739615 @default.
- W3138901486 cites W2028160528 @default.
- W3138901486 cites W2029219852 @default.
- W3138901486 cites W2031472178 @default.
- W3138901486 cites W2035962063 @default.
- W3138901486 cites W2037323911 @default.
- W3138901486 cites W2050686172 @default.
- W3138901486 cites W2052163906 @default.
- W3138901486 cites W2061868901 @default.
- W3138901486 cites W2072945956 @default.
- W3138901486 cites W2075320117 @default.
- W3138901486 cites W2077821132 @default.
- W3138901486 cites W2078460041 @default.
- W3138901486 cites W2081772837 @default.
- W3138901486 cites W2086114768 @default.
- W3138901486 cites W2086714155 @default.
- W3138901486 cites W2148709239 @default.
- W3138901486 cites W2154183381 @default.
- W3138901486 cites W2164409577 @default.
- W3138901486 cites W2317921302 @default.
- W3138901486 cites W2412136818 @default.
- W3138901486 cites W2462937927 @default.
- W3138901486 cites W2483621857 @default.
- W3138901486 cites W2590715339 @default.
- W3138901486 cites W2605050453 @default.
- W3138901486 cites W2736600455 @default.
- W3138901486 cites W2736977214 @default.
- W3138901486 cites W2761934834 @default.
- W3138901486 cites W2779173205 @default.
- W3138901486 cites W2782307807 @default.
- W3138901486 cites W2801432664 @default.
- W3138901486 cites W2905210486 @default.
- W3138901486 cites W2906515352 @default.
- W3138901486 cites W2908168138 @default.
- W3138901486 cites W2944428854 @default.
- W3138901486 cites W2983828729 @default.
- W3138901486 cites W3005796586 @default.
- W3138901486 cites W3008447086 @default.
- W3138901486 cites W3014894186 @default.
- W3138901486 cites W3023233648 @default.
- W3138901486 cites W3031339873 @default.
- W3138901486 cites W3034764931 @default.
- W3138901486 cites W3036797938 @default.
- W3138901486 cites W3049464575 @default.
- W3138901486 cites W3091451659 @default.
- W3138901486 cites W3091683668 @default.
- W3138901486 cites W3133926987 @default.
- W3138901486 cites W410782996 @default.
- W3138901486 cites W4242646584 @default.
- W3138901486 cites W4301206489 @default.
- W3138901486 doi "https://doi.org/10.3390/s21062022" @default.
- W3138901486 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7999320" @default.
- W3138901486 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33809318" @default.
- W3138901486 hasPublicationYear "2021" @default.
- W3138901486 type Work @default.
- W3138901486 sameAs 3138901486 @default.
- W3138901486 citedByCount "12" @default.
- W3138901486 countsByYear W31389014862021 @default.
- W3138901486 countsByYear W31389014862022 @default.
- W3138901486 countsByYear W31389014862023 @default.
- W3138901486 crossrefType "journal-article" @default.
- W3138901486 hasAuthorship W3138901486A5009909850 @default.
- W3138901486 hasAuthorship W3138901486A5024409297 @default.
- W3138901486 hasAuthorship W3138901486A5027537431 @default.
- W3138901486 hasAuthorship W3138901486A5031853093 @default.
- W3138901486 hasAuthorship W3138901486A5048787392 @default.
- W3138901486 hasAuthorship W3138901486A5049550457 @default.
- W3138901486 hasAuthorship W3138901486A5053011337 @default.
- W3138901486 hasAuthorship W3138901486A5054520721 @default.
- W3138901486 hasBestOaLocation W31389014861 @default.
- W3138901486 hasConcept C115260700 @default.
- W3138901486 hasConcept C120665830 @default.
- W3138901486 hasConcept C121332964 @default.
- W3138901486 hasConcept C123266903 @default.
- W3138901486 hasConcept C127413603 @default.
- W3138901486 hasConcept C131584629 @default.