Additive manufacturing: pushing the boundaries of piezoelectric materials

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    Published as part of the Virtual Special Issue "Jing-Feng Li at 60" Chaofeng Wu1, Wen Gong1, Jinfeng Geng2, Jianye Cui3, Lipeng Mi4, Zhixiang Zhu5, Jingkai Nie5, Qiang He5, Zhongshang Dou6, Xuting Qiu6*, Fang-Zhou Yao1,6* and Ke Wang6,7* Piezoelectric effects have attracted long-term research both from academic and industrial interests. Constrained by their inherent crystal symmetry, conventional piezoelectric materials have limited non-zero piezoelectric coefficients, which impedes the practical applications thereof. Inspired by metamaterial design, artificial anisotropy was proposed to achieve all nonzero piezoelectric coefficients. Although the realization of a . . .

     

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