内布拉斯加大学林肯分校化学家Zeng及其团队成功揭示了由32对巯基保护的Au68的分子特征排布。该纳米团簇结构可用于药物载体及催化剂。如图是内布拉斯加大学林肯分校化学家Zeng领导的团队报道的一种Au纳米团簇的原子排布,该团簇长约1.7nm,与人体手指指甲2s可生长的长度近似。(来源:Joel Brehm/研究和经济发展办公室)虽然化学家们不能玩转水泥、支撑梁和千瓦时,但是他们擅长Au、原子和电子伏 Zeng and his team at the University of Nebraska Lincoln succeeded in revealing the molecular characterization of Au68 protected by 32 pairs of sulfhydryl groups. The nanocluster structure can be used for drug carriers and catalysts. As shown in the figure, a team led by Zeng, a chemist at the University of Nebraska Lincoln, reported an atomic arrangement of Au nanoclusters of about 1.7 nm in length that approximates the growth of human finger nails 2s. (Source: Joel Brehm / Office of Research and Economic Development) Although chemists can not afford cement, support beams and kilowatt hours, they are good at Au, atomic and electron volts