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德国慕尼黑理工大学的研究人员发现了一种双螺旋结构的无机半导体材料。这种材料由锡(Sn)、碘(I)和(P)元素构成,化学名称SnIP。研究报告发表在《Advanced Materials》期刊上。拜双螺旋结构所赐,SnIP与其他半导体材料的一个不同之处是它具有极端的柔韧性。慕尼黑理工教授Tom Nilges说,SnIP的制备简单,所构成元素都极端丰富,不含有任何有毒成分。它的潜在应用包括柔韧性的半导体设备、太阳能电池等。
Researchers at the German Polytechnic University in Munich found a double helix structure of inorganic semiconductor materials. This material consists of tin (Sn), iodine (I) and (P) elements, the chemical name SnIP. The study was published in the journal Advanced Materials. Thanks to the double-helix structure, SnIP differs from other semiconductor materials in its extreme flexibility. According to Tom Nilges, a professor at the Polytechnic in Munich, SnIP’s preparation is simple and consists of extremely rich elements that do not contain any toxic components. Its potential applications include flexible semiconductor devices, solar cells and more.