Prediction of pressure-induced superconductivity in the novel ternary system ScCaH 2n (n= 1–6) LT Shi, YK Wei, AK Liang, R Turnbull, C Cheng, XR Chen, GF Ji
Journal of Materials Chemistry C 9 (23), 7284-7291, 2021
39 2021 Reassigning the pressure-induced phase transitions of methylammonium lead bromide perovskite A Liang, J Gonzalez-Platas, R Turnbull, C Popescu, I Fernandez-Guillen, ...
Journal of the American Chemical Society 144 (43), 20099-20108, 2022
37 2022 Melting temperature of diamond and cubic boron nitride at 15 gigapascals A Liang, Y Liu, L Shi, L Lei, F Zhang, Q Hu, D He
Physical Review Research 1 (3), 033090, 2019
15 2019 Superconductivity and topological properties in the kagome metals JG Si, LT Shi, PF Liu, P Zhang, BT Wang
Physical Review B 106 (21), 214527, 2022
13 2022 General relationship between the band-gap energy and iodine-oxygen bond distance in metal iodates A Liang, R Turnbull, P Rodríguez-Hernandez, A Munoz, M Jasmin, LT Shi, ...
Physical Review Materials 6 (4), 044603, 2022
12 2022 Prediction of pressure-induced superconductivity in the ternary systems LT Shi, JG Si, R Turnbull, A Liang, PF Liu, BT Wang
Physical Review B 109 (5), 054512, 2024
11 2024 Machine learning accelerated discovery of superconducting two-dimensional Janus transition metal sulfhydrates J Li, L Wei, X Shi, L Shi, J Si, PF Liu, BT Wang
Physical Review B 109 (17), 174516, 2024
10 2024 Possible lower energy isomer of carbon clusters Cn (n= 11, 12) via particle swarm optimization algorithm: Ab initio investigation LT Shi, ZQ Wang, CE Hu, Y Cheng, J Zhu, GF Ji
Chemical Physics Letters 721, 74-85, 2019
10 2019 Pressure-induced band anticrossing in two adamantine ordered-vacancy compounds: CdGa2S4 and HgGa2S4 A Liang, LT Shi, S Gallego-Parra, O Gomis, D Errandonea, IM Tiginyanu, ...
Journal of Alloys and Compounds 886, 161226, 2021
9 2021 Novel structural phases and the properties of LaX (X= P, As) under high pressure: first-principles study Y Zhou, LT Shi, AK Liang, ZY Zeng, XR Chen, HY Geng
RSC advances 11 (5), 3058-3070, 2021
8 2021 Pressure-induced band-gap energy increase in a metal iodate A Liang, LT Shi, R Turnbull, FJ Manjón, J Ibáñez, C Popescu, M Jasmin, ...
Physical Review B 106 (23), 235203, 2022
7 2022 The structural phase transition of ammonia borane under high pressure LT Shi, CE Hu, A Munoz, LX Ji, YY Huang, YK Wei, GF Ji, Y Cheng
International Journal of Hydrogen Energy 45 (58), 33047-33058, 2020
7 2020 Topological and superconducting properties in bilayer kagome metals LT Shi, JG Si, A Liang, R Turnbull, PF Liu, BT Wang
Physical Review B 107 (18), 184503, 2023
5 2023 Metallization and superconductivity of NBH 12 compounds stabilized by dihydrogen bonds LT Shi, R Turnbull, A Liang, XR Chen, GF Ji
Journal of Materials Chemistry C 10 (8), 3081-3088, 2022
5 2022 Dehydrogenation and Rehydrogenation of Ammonia Borane under Shock Loading: Ab Initio Molecular Dynamics Simulations YY Huang, LX Ji, LT Shi, HC Ren, ZH He, GF Ji
The Journal of Physical Chemistry C 124 (50), 27300-27308, 2020
5 2020 Superconductivity and topological states in hexagonal TaC and NbC XG Li, JG Si, LT Shi, PF Liu, P Zhang, BT Wang
Physical Chemistry Chemical Physics 24 (30), 18419-18426, 2022
4 2022 High‐Pressure Synthesis of Ultra‐Incompressible, Hard and Superconducting Tungsten Nitrides A Liang, I Osmond, G Krach, LT Shi, L Brüning, U Ranieri, J Spender, ...
Advanced Functional Materials, 2313819, 2024
3 2024 Coexistence of superconductivity and topological phase in kagome metals A Nb3 Bi5 (A = K, Rb, Cs) J Si, L Shi, B Chen, H Yang, J Xu, M Liu, S Meng
npj Computational Materials 10 (1), 96, 2024
3 2024 Coexistence of superconductivity and topological aspects in beryllenes J Li, M Guo, J Si, L Shi, X Shi, JJ Ma, Q Zhang, DJ Singh, PF Liu, BT Wang
Materials Today Physics 38, 101257, 2023
3 2023 Ab initio study of cationic water cluster (H2O) 9+ via particle swarm optimization algorithm LT Shi, M Tang, XR Chen, CE Hu, Y Cheng
Computational and Theoretical Chemistry 1120, 102-111, 2017
3 2017 
Akun LiangUniversity of EdinburghBestätigte E-Mail-Adresse bei ed.ac.uk