美发现非超导材料变超导体方法
发布时间:2019-07-25 18:57
【摘要】:正美国休斯顿大学官网近日发布公告称,该校得克萨斯超导中心能诱导非超导材料产生超导性,还可增强超导材料的超导性,拓展其应用范围。该中心华裔科学家朱经武和他的团队利用界面组装技术,诱导非超导材料钙铁砷复合物界面表现出超导性,提供了发现高温超导体(即在更高温度表现出超导性)的全新方
[Abstract]:The Texas Superconducting Center of the University of Houston can induce superconductivity of non-superconducting materials, enhance the superconductivity of superconducting materials and expand its scope of application, the official website of the University of Houston said recently. Paul Chu, a Chinese scientist at the center, and his team used interface assembly technology to induce superconductivity at the interface of non-superconducting calcium, iron and arsenic complexes, providing a whole new recipe for discovering high temperature superconductors (that is, superconductivity at higher temperatures).
【分类号】:TM26
[Abstract]:The Texas Superconducting Center of the University of Houston can induce superconductivity of non-superconducting materials, enhance the superconductivity of superconducting materials and expand its scope of application, the official website of the University of Houston said recently. Paul Chu, a Chinese scientist at the center, and his team used interface assembly technology to induce superconductivity at the interface of non-superconducting calcium, iron and arsenic complexes, providing a whole new recipe for discovering high temperature superconductors (that is, superconductivity at higher temperatures).
【分类号】:TM26
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