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Please note that all translations are automatically generated. Click here for the English version.
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02:22 min
October 6th, 2023
DOI :
10.3791/65965-v
Transcript
与传统纸张相比,我们的研究引入了纳米纸作为创新基材。纳米纸具有光学透明度、出色的光滑度和化学适应性。现在,该基板目前缺乏有效的微通道制造方法,限制了其在微流体中的广泛采用。
制造技术的进步,包括激光切割和微纳米3D打印,大大提高了电机精度。因此,它简化并提高了微流控制造的精度。此外,纳米纤维素纸等创新基板材料的图像进一步激活了纸基分析微流体设备的性能。
目前,我们面临的实验挑战之一是激光切割加工,它限制了大多数宽度为 200 微米,并影响了微通道精度。为了克服这个问
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