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    Enhanced Li-ion dynamics in trivalently doped Lithium Phosphidosilicate Li2SiP2: A candidate material as a solid li electrolyte by Stephen Yeandel, David O. Scanlon, Pooja Goddard

    Published 2019
    “…The activation energies to lithium diffusion were found to be low at 0.30 eV and 0.24 eV for pure and 10% Al0 Si doped Li2SiP2 respectively, in line with previous experimental observations of pure Li2SiP2 . …”
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  2. 2

    Anomalous magnetoresistance in the spinel superconductor LiTi2O4 by K. Jin, G. He, X. Zhang, S. Maruyama, S. Yasui, R. Suchoski, J. Shin, Y. Jiang, H.S. Yu, J. Yuan, L. Shan, Feodor Kusmartsev, R.L. Greene, I. Takeuchi

    Published 2015
    “…LiTi2O4 is a unique compound in that it is the only known spinel oxide superconductor. …”
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    A multimodal data processing system for LiDAR-based human activity recognition by Jamie Roche, Varuna De-Silva, Joosep Hook, Mirco Moencks, Ahmet Kondoz

    Published 2021
    “…That being the case, range sensors, like light detection and ranging (LiDAR), can complement the process to perceive the environment more robustly. …”
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  5. 5

    Investigation of microstructure and corrosion in Al-Cu and Al-Mg alloys with and without Li additions by David Carrick

    Published 2015
    “…This showed that Li additions in the Al-Cu alloys was detrimental and was primarily associated with the T type phases likely to be; T1 phase (Al2CuLi). …”
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  6. 6

    Unconventional magnetic field response of the hyperhoneycomb Kitaev magnet β-Li2IrO3 by Mengqun Li, Ioannis Rousochatzakis, Natalia B Perkins

    Published 2020
    “…We present a unified description of the response of the hyperhoneycomb Kitaev magnet β-Li2IrO3 to appliedmagnetic fields along the orthorhombic directions a, b, and c. …”
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  7. 7

    Magnon-spinon dichotomy in the Kitaev hyperhoneycomb β−Li<sub>2</sub>IrO<sub>3</sub> by Alejandro Ruiz, Nicholas P Breznay, Mengqun Li, Ioannis Rousochatzakis, Anthony Allen, Isaac Zinda, Vikram Nagarajan, Gilbert Lopez, Zahirul Islam, Mary H Upton, Jungho Kim, Ayman H Said, Xian-Rong Huang, Thomas Gog, Diego Casa, Robert J Birgeneau, Jake D Koralek, James G Analytis, Natalia B Perkins, Alex Frano

    Published 2021
    “…Here we present a resonant inelastic X-ray scattering study of the magnetic excitations of the hyperhoneycomb iridate β-Li2IrO3 under a magnetic field with a record-high-resolution spectrometer. …”
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  8. 8

    FELC-SLAM: feature extraction and loop closure optimized lidar SLAM system by Ruizhen Gao, Yuang Li, Baihua Li, Guoguang Li

    Published 2024
    “…Due to the sparsity of LiDAR data and the singularity of point cloud features, accuracy loss of LiDAR SLAM can occur during point cloud matching and localization. …”
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    Cross-linked solid-liquid interfaces enable a fast proton transport in the aluminate heterostructure electrolyte by Liwen Huang, Shuang Zhao, Chen Huang, Wen-Feng Lin, Yan Wu

    Published 2023
    “…Proton transport in solid electrolyte structure occurs via a bulk conduction mechanism in conventional SCFC, which may not be so efficient; therefore we have developed a fast proton conducting NaAlO2/LiAlO2 (NAO-LAO) heterostructure electrolyte, achieving the ionic conductivity of 0.23 S cm−1 thanks to its rich cross-linked solid-liquid interfaces; the SCFC employing this new developed electrolyte showed a maximum power density of 844 mW cm−2 at 550 °C, and the fuel cell could still operate at even lower temperatures down to 370 °C, although the output reduced to 90 mW cm−2. …”
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  11. 11

    Supplementary information files for: Cross-linked solid-liquid interfaces enable a fast proton transport in the aluminate heterostructure electrolyte by Liwen Huang, Shuang Zhao, Chen Huang, Wen-Feng Lin, Yan Wu

    Published 2023
    “…Proton transport in solid electrolyte structure occurs via a bulk conduction mechanism in conventional SCFC, which may not be so efficient; therefore we have developed a fast proton conducting NaAlO2/LiAlO2 (NAO-LAO) heterostructure electrolyte, achieving the ionic conductivity of 0.23 S cm−1 thanks to its rich cross-linked solid-liquid interfaces; the SCFC employing this new developed electrolyte showed a maximum power density of 844 mW cm−2 at 550 °C, and the fuel cell could still operate at even lower temperatures down to 370 °C, although the output reduced to 90 mW cm−2. …”
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