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Titan3 s tem

Manufactured by Thermo Fisher Scientific
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The Titan3 S/TEM is a high-performance scanning/transmission electron microscope. It is designed to provide advanced imaging and analytical capabilities for materials science research and development. The Titan3 S/TEM combines scanning electron microscopy (SEM) and transmission electron microscopy (TEM) functionalities in a single instrument, offering users the ability to acquire detailed information about the structure and composition of a wide range of samples.

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Titan3 (16 citations) TITAN3 TEM (2 citations) Titan3 G2 S/TEM (2 citations) Titan3 Themis G2 S/TEM (2 citations)

2 protocols using titan3 s tem

1

Fabrication and Characterization of STEM Samples

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The STEM samples were prepared using a FIB system. Two cross-sectional lamellas were lifted out from the crystals, which were used for fabricating HB1 and HB2. HAADF-STEM images are taken with the Thermo Fisher Titan3 S/TEM equipped with a spherical aberration corrector. The atomic displacement analysis43 was performed to quantitatively analyze the local domain structures.
Min L., Tan H., Xie Z., Miao L., Zhang R., Lee S.H., Gopalan V., Liu C.X., Alem N., Yan B, & Mao Z. (2023). Strong room-temperature bulk nonlinear Hall effect in a spin-valley locked Dirac material. Nature Communications, 14, 364.
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2

Detailed Structural Analysis of BaMnSb2

Cited 1 time
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Previous work reported BaMnSb2 possesses a centrosymmetric tetragonal structure with the space group of I4/mmm13 (link),17 (link). As will be shown here, this material indeed involves weak orthorhombic distortion, which is hard to be resolved. We performed comprehensive structural analyses using STEM, neutron scattering, and optical SHG. The STEM sample was prepared using a focused ion beam (FIB) system. Two cross-sectional lamellas perpendicular to each other (oriented in [100] and [010] direction, respectively) were lifted out from the same crystal. The atomic resolution HAADF-STEM images are taken with the Thermo Fisher Titan3 S/TEM equipped with a spherical aberration corrector.
Liu J.Y., Yu J., Ning J.L., Yi H.M., Miao L., Min L.J., Zhao Y.F., Ning W., Lopez K.A., Zhu Y.L., Pillsbury T., Zhang Y.B., Wang Y., Hu J., Cao H.B., Chakoumakos B.C., Balakirev F., Weickert F., Jaime M., Lai Y., Yang K., Sun J.W., Alem N., Gopalan V., Chang C.Z., Samarth N., Liu C.X., McDonald R.D, & Mao Z.Q. (2021). Spin-valley locking and bulk quantum Hall effect in a noncentrosymmetric Dirac semimetal BaMnSb2. Nature Communications, 12, 4062.
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