新技术结合塑料、3D打印和电镀

发布时间：2018-05-10 19:09

  本文选题：应用物理研究 + 实验需求　； 参考：《塑料工业》2017年11期

【摘要】：正3D打印的应用以令人晕眩的速度增长。近来,一项新策略将塑料、3D打印和电镀结合,可轻松生成复杂的研发仪器,用于操控每个分子。研究人员Andeas Osterwalder采用3D打印,用塑料创建出了分子束分裂器,然后再电镀上镍,使仪器看起来细密精致,机械强度和导电性都能满足实验需求。Osterwalder和他的同事在最近一期《应用物理研究》杂
[Abstract]:The use of positive 3 D printing is growing at a dizzying rate. Recently, a new strategy combines plastic 3D printing with electroplating to easily generate sophisticated R & D instruments for manipulating each molecule. The researchers, Andeas Osterwalder, used 3D printing, using plastic to create molecular beam splitters and then electroplating nickel to make the instrument look fine and delicate. Both mechanical strength and electrical conductivity meet the experimental requirements. Osterwalder and his colleagues in the latest issue of Applied Physics Research
【分类号】：TQ153;TQ320.79
，

本文编号：1870519