论文标题
纳米颗粒种子的瞥见角度沉积尖端处理异质结构，用于操纵单个纳米颗粒
Nanoparticle seeded glancing-angle deposition of tip-handle heterostructures for manipulation of individual nanoparticles
论文作者
论文摘要
用亚100纳米（NM）维度对任意单个物质的可控处理是必不可少但尚未解决的科学挑战。我们使用直径为10-100 nm的纳米粒子种子（ER2O3，Fe@C和Fe）展示了纳米颗粒种子的瞥见角度沉积。这些产品是纳米粒子 - 纳米异质结构，该异质结构由密歇根纳米线手柄的任意纳米级尖端组成。微米尺度手柄的光学微观渗透可以同时操纵物质的纳米级颗粒。
The controllable handling of an arbitrary single particle of matter with sub-100 nanometer (nm) dimensions is an essential but unsolved scientific challenge. We demonstrate nanoparticle-seeded glancing angle deposition using 10-100 nm diameter nanoparticle seeds (Er2O3, Fe@C, and Fe). The products are nanoparticle-nanowire heterostructures composed of arbitrary nanoscale tips attached to micron-length nanowire handles. Optical micromanipulation of the micron-scale handles enables concurrent manipulation of the attached nanoscale particles of matter.
