2

R. Chen, H. J. Hu, Q. K.   Lei, C. B. Liu, C. Dong, X. Y. Yue, Z. Qu, H. W. Wang, Y. Qiu, D. Chen,   X. L. Yi, Z. W. Ouyang, and J. F. Wang，Ferroelectricity and   multiferroic quantum critical behaviors in Co₂V₂O₇,   Physical Review B 108,224405 (2023);

3

Y. T. Chang, J. F. Wang,   W. Wang, C. B. Liu, B. You, M.F. Liu, S. H. Zheng, M. Y. Shi, C. L. Lu,   and J.M. Liu, Linear magnetoelectric memory and training effect in the   honeycomb antiferromagnet Co₄Nb₂O₉, Physical   Review B 107,014412(2023);

4

C. B. Liu, J. B. Cheng,   J. B. He, Y. S. Zhu, W. Chang, X. Y. Lu, J. F Wang, M. Y. Cui, J. S. Huang, D.   W. Zhou, R. Chen, H. Jiang, C. C. Ma, C. Dong and Y.S. Luo，Periodical   polarization reversal modulation in multiferroic MnWO₄ under high   magnetic fields, Chinese Physical B 32,127505 (2023);

5

C. C. Ma, C. B. Liu,   J. B. Chen, J. B. He, L. Li, J. F. Wang, Z. Wang, R. Chen, Y. S. Luo, The   existence of unstable magnetization plateau in strong anisotropy   antiferromagnet alpha-CoV₂O₆, Journal of Magnetism and   Magnetic Materials, 588,171430(2023);

6

J. B. Cheng, J. B. He, C.   Y. Pu, C. B. Liu, X. Y. Huang, D. Y. Zhang, H. L. Yan, and P. K. Chu,   MoS₂ Transistors with Low Schottky Barrier Contact by Optimizing   the Interfacial Layer Thickness, Energies, 15, 6169(2022);

7

J. F. Wang, W. X. Liu, Z.   Z. He, C. B. Liu, M. Tokunaga, M. Li, C. Dong, X. T. Han, F. Herlach,   C. L. Lu, Z. W. Ouyang, Z. C. Xia, K. Kindo, L. Li, and M. Yang,   Ferroelectric polarization reversal in multiferroic MnWO₄ via a   rotating magnetic field up to 52 T, Physical Review B 104,014415(2021);

8

C. B. Liu, J. B. Cheng,   J. B. He, R. Chen, X. Y. Yue, Y. S. Luo, G. Yang, D. W. Zhou, J. S. Huang, R.   M. Yu and Y. M. Leng, Unusual magnetization process and magnetocaloric effect   in α-CoV₂O₆ driven by pulsed magnetic fields, Journal   of Physics: Condensed Matter 33,435703(2021).

9

J. Z. Ke, M. Yang, H. P.   Zhu, C. B. Liu, C. Dong, W. X. Liu, M. Y. Shi, and J. F. Wang,   Reconstruction of the Fermi surface induced by high magnetic field in the   quasi-two-dimensional charge density wave conductor η-Mo₄O₁₁,   Physical Review B 102,243135(2020);

10

J. Z. Ke, M. Yang, H. K. Zuo,   H. P. Zhu, C. B. Liu, R. Chen, C. Dong, W. X. Liu, M. Y. Shi, J. F.   Wang, Single crystal growth and electrical transport properties of h-Mo₄O₁₁,   Journal of Alloys and Compounds,835,155417(2020);

11

X. Y. Yue, Z. W. Ouyang, C.   B. Liu, L. Yin, X. C. Liu, and Z. X. Wang, Structure and Magnetization   Plateau of a Frustrated Co6 Cluster Antiferromagnet Sr₂Co₃(C₂O₄)₃(OH)₄·3H₂O,   Crystal Growth & Design, 21(1): 149-155(2020);

12

C. B. Liu, Z. Z. He, S.   L. Wang, M. Yang, Y. Liu, Y. J. Liu, R. Chen, H. P. Zhu, C. Dong, J. Z. Ke,   Z. W. Ouyang, Z. C. Xia and J. F. Wang, Field-induced magnetic transitions   and strong anisotropy in α-CoV₂O₆ single crystal,   Journal of Physics: Condensed. Matter 31, 375802(2019);

13

C. B. Liu, R. Chen, X. Y.   Yue, Y. J. Liu, M. M. Shi, H. P. Zhu, C. Dong, Y. Liu, Y. B. Han, J. F. Wang,   Z. Z. He; Crystal growth, magnetic property and phase transition of the zigzag-chain   antiferromagnet FeNbO₄, Journal of Magnetism and Magnetic Materials   464,108-111(2018);

14

C. B. Liu, Z. Z. He, Y.   J. Liu, R. Chen, M. M. Shi, H. P. Zhu, C. Dong, J. F. Wang，Magnetic   anisotropy and spin-flop transition of NiWO₄ single crystals，Journal   of Magnetism and Magnetic Materials 444，190-192（2017）.