Search Results - Yao, Xingai

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  1. 1
    Magnetic field-assisted finishing: mechanism, application, and outlook

    Magnetic field-assisted finishing: mechanism, application, and outlook by Yan, Zhaokun, Yang, Shengqiang, Li, Yonggang, Li, Xiuhong, Li, Wenhui, Yao, Xingai

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  2. 2
    Design of ferromagnetic pole based on ANSIS and performance tests under the magnetic finishing

    Design of ferromagnetic pole based on ANSIS and performance tests under the magnetic finishing by Yanhong Ding, Xingai Yao

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    Conference Proceeding
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  3. 3
    Study of Magnetic Finishing for an Internal Surface Using a Permanent Magnetic Pole

    Study of Magnetic Finishing for an Internal Surface Using a Permanent Magnetic Pole by Yao, Xin Gai, Ding, Yan Hong

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  4. 4
    Study of Finishing Mechanism for Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field

    Study of Finishing Mechanism for Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field by Liu, Wei Wei, Zhang, Yuan, Yao, Xin Gai, Ding, Yan Hong, Ya, Gang

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  5. 5
    Study on the Performances of the Ferromagnetic Poles Based on the Curved Surface Magnetic Abrasive Finishing

    Study on the Performances of the Ferromagnetic Poles Based on the Curved Surface Magnetic Abrasive Finishing by Yang, Shi Chun, Wang, Xing Xiang, Ding, Yan Hong, Yao, Xin Gai

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  6. 6
    Study of Finishing Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field in Electromotor

    Study of Finishing Internal Surface Using Magnetic Force Generated by Rotating Magnetic Field in Electromotor by Wang, Shi Ying, Yao, Xin Gai, Ding, Yan Hong, Ya, Gang, Zhang, Jie

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  7. 7
    High-concentrated Electrolyte Design Enables Lithium-ion Pouch Batteries to Stably Operate at Extremely High Temperatures

    High-concentrated Electrolyte Design Enables Lithium-ion Pouch Batteries to Stably Operate at Extremely High Temperatures by YAO, Liyuan, WANG, Xihua, LI, Dongze, WANG, Xingai, ZHANG, Haichang, WANG, Ning, SHI, Chunsheng, DING, Fei

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  8. 8
    High-concentrated Electrolyte Design Enables Lithium-ion Pouch Batteries to Stably Operate at Extremely High Temperatures

    High-concentrated Electrolyte Design Enables Lithium-ion Pouch Batteries to Stably Operate at Extremely High Temperatures by YAO, Liyuan, WANG, Xihua, LI, Dongze, WANG, Xingai, ZHANG, Haichang, WANG, Ning, SHI, Chunsheng, DING, Fei

    Published in Electrochemistry
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