Droplet Delivery Control for Surface Acoustic Wave Nebulization Mass Spectrometry

Di Sun, K. Böhringer, Matthew Sorensen, Erik Nilsson, D. Goodlett
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引用次数: 1

Abstract

We present a novel atomizer using standing wave type surface acoustic wave nebulization (SAWN). Compared with progressive wave SAWN, the standing wave SAWN creates smaller drop sizes. We integrate droplet delivery control functionality with anisotropic ratchet conveyors (ARC) on top of the SAWN surface, which employs micro-sized hydrophilic patterns on hydrophobic Cytop coatings. By adopting Parylene-C as a stencil mask, the hydrophobicity of Cytop does not degrade during fabrication. Droplet movement, merging, mixing and nebulizing are demonstrated as a lab-on-chip platform.
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表面声波雾化质谱的液滴输送控制
提出了一种新型的驻波式表面声波雾化(SAWN)雾化器。与进行波锯相比,驻波锯产生的液滴尺寸更小。我们将液滴输送控制功能与SAWN表面上的各向异性棘轮输送机(ARC)集成在一起,SAWN表面在疏水性Cytop涂层上采用微型亲水图案。通过采用聚苯乙烯- c作为模板掩膜,Cytop的疏水性在制作过程中不会降低。液滴运动、合并、混合和雾化在芯片实验室平台上进行了演示。
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