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RESEARCH PAPER · Cryogenics · 2024

Large cryogenic magnetocaloric effect in Na5Gd4F(SiO4)4

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Large cryogenic magnetocaloric effect in Na5Gd4F(SiO4)4OriginalEngineering the cryogenic magnetocaloric effect of Tm2O3 by oxygen vacancies0Apatite-type gadolinium-based dense MGd4Si3O13 (M = Mg, Ca, and Sr) ceramics: An emerging class of sub-liquid helium temperature magnetic refrigerant74Heat recycling with magnetocaloric materials for sustainable energy conversion0Enhancing the thermal conductivity of EuTiO3-based magnetocaloric materials by constructing continuous Cu networks1Growth, structure, and magnetocaloric effect of Ce2X3(NO3)12·24H2O (X=Cu, Co) crystals0

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  1. Engineering the cryogenic magnetocaloric effect of Tm2O3 by oxygen vacancies

    Cryogenics · 2025-03-11

    S.S. Zheng, Naikun Sun, Q. Zhang, Kang Zhao, Kang Zhao, Qin Dai, Xinguo Zhao, Juan Cheng, Jiaohong Huang

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  2. Apatite-type gadolinium-based dense MGd4Si3O13 (M = Mg, Ca, and Sr) ceramics: An emerging class of sub-liquid helium temperature magnetic refrigerant

    Acta Materialia · 2025-04-10

    Yikun Zhang, A. F. Li, Angsai Li, Weixiang Hao, Lingwei Li, Haifeng Li, Lingwei Li

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  3. Heat recycling with magnetocaloric materials for sustainable energy conversion

    Chinese Physics B · 2026-01-12

    Fengqi Zhang, Yang Ren

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  4. Enhancing the thermal conductivity of EuTiO3-based magnetocaloric materials by constructing continuous Cu networks

    Journal of Material Science and Technology · 2026-03-07

    Jiaxin Jiang, Huicai Xie, Zhiwen Shen, Zhixing Ye, Junfeng Wang, Lei Zhang, Jianjian Gong, Zhaojun Mo, Jun Shen

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  5. Growth, structure, and magnetocaloric effect of Ce2X3(NO3)12·24H2O (X=Cu, Co) crystals

    Cryogenics · 2026-08-05

    Changkun Wang, Zuhua Chen, Jun Shen, Yong‐Chang Lau, Heng Tu, C. M. Xiong

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