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Layer of stanene with buckled structure, illustration - stock illustration

Computer illustration of a molecular model of two sheets of stanene showing the low buckled structure that is predicted from density functional theory (DFT) calculations. Stanene has a similar honeycomb structure to graphene but is composed of tin atoms. With the addition of fluorine atoms, it is thought that it can achieve 100% efficiency as an electrical conductor. The first fabrication of stanene was achieved in August 2015, by researchers in America and China.
Computer illustration of a molecular model of two sheets of stanene showing the low buckled structure that is predicted from density functional theory (DFT) calculations. Stanene has a similar honeycomb structure to graphene but is composed of tin atoms. With the addition of fluorine atoms, it is thought that it can achieve 100% efficiency as an electrical conductor. The first fabrication of stanene was achieved in August 2015, by researchers in America and China.
Layer of stanene with buckled structure, illustration
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