Sokuler Mordechai, Gheber Levi A
Department of Biotechnology Engineering, Ben-Gurion University of the Negev, P.O. Box 653, Beer-Sheva 84105, Israel.
Nano Lett. 2006 Apr;6(4):848-53. doi: 10.1021/nl060323e.
Polymer microlenses have been manufactured by delivering droplets of a monomer mixture to a glass substrate using a nano fountain pen (NFP). Subsequent UV polymerization yielded microlenses with optical properties that were controlled by varying the deposition time of the monomer solution. Using this approach, it is possible to strategically place single microlenses at predefined positions with very high accuracy, an ability which may prove very useful for nano-biochip applications, as demonstrated.
通过使用纳米喷泉笔（NFP）将单体混合物液滴输送到玻璃基板上，制造出了聚合物微透镜。随后的紫外线聚合产生了具有光学特性的微透镜，这些光学特性可通过改变单体溶液的沉积时间来控制。如所展示的那样，使用这种方法，可以非常高精度地将单个微透镜精确放置在预定义的位置，这种能力对于纳米生物芯片应用可能非常有用。
