@article{SisLab4089,
          volume = {5},
           month = {July},
          author = {Dinh Cuong Trinh and Viet Hung Nguyen and Le Ha Vu and Anh Tuan Phung and Dinh Duong Do and Anh Tam Ho and Huu Duc Nguyen and Thi Huong Giang Do},
           title = {Giant magnetoelectric effects in serial-parallel connected Metglas/PZT arrays with magnetostrictively homogeneous laminates},
       publisher = {Elsevier B.V},
         journal = {Journal of Science: Advanced Materials and Devices},
           pages = {354--360},
            year = {2020},
             url = {https://eprints.uet.vnu.edu.vn/eprints/id/eprint/4089/},
        abstract = {To ensure the magnetostrictive softness, the homogeneity, the decrease of the shear-lag effect and the
space-saving construction of narrowed longitudinal-transverse L-T magnetoelectric (ME) composites, a
novel parallel-connected-multi-bars (PCMB) geometry of PZT/Metglas is proposed and investigated by
simulation and experiment. In this case, Metglas layers are structured in different geometries from the
conventional single bar (c-SB) to conventional separated multiple bars (c-SMB), elongated separate
multi-bar (e-SMB) and n-magnetic-bar based PCMB (n-PCMB). This n-PCMB geometry divides the conventional
ME configuration into n parallel-connected ME units (n-PCMEU) according to the magnetic
geometries. The optimal ME performance with the largest ME voltage coefficient aE of 630 V/cm.Oe is
achieved in PCMEU with two Metglas bars (n = 2). The ME voltage coefficient can be further enhanced by
integrating m of these optimal PCMEUs in series to form a serial-parallel ME unit array m-S (n-PMEU)A.
The aE value increases by a factor of 3.6 and reaches 2.238 kV/cm.Oe for 4-S (2-PMEU)A, a factor that is
almost equal to m. The resulting 4-S (2-PMEU)A sensor possesses an extremely high sensitivity of
18.1 mV/nT, with a resolution of 10?1 nT.}
}