UC知道找高手帮我翻译一个摘要，化学方面的,急用！！
来源：百度知道 编辑：UC知道 时间：2024/05/10 09:18:59
a b s t r a c t
Polymer-based micro/nano fluidic devices are becoming increasingly important for biological applications
and fluidic control. In this article, we report and demonstrate a novel fabrication process for
micro/nano fluidic channels based on nanoimprint lithography (NIL) and bonding using SU-8, which is
an excellent material for micro/nano fluidics application due to its good chemical stability, bio-compatibility
and optical properties. Bonding pressure and temperature were found to be essential to the bonding
strength and channel profile control. This fabrication technique has great potential for low-cost mass
production of SU-8 based micro/nano fluidic devices.
2009 Elsevier B.V. All rights reserved.
Polymer-based micro/nano fluidic devices are becoming increasingly important for biological applications
and fluidic control. In this article, we report and demonstrate a novel fabrication process for
micro/nano fluidic channels based on nanoimprint lithography (NIL) and bonding using SU-8, which is
an excellent material for micro/nano fluidics application due to its good chemical stability, bio-compatibility
and optical properties. Bonding pressure and temperature were found to be essential to the bonding
strength and channel profile control. This fabrication technique has great potential for low-cost mass
production of SU-8 based micro/nano fluidic devices.
2009 Elsevier B.V. All rights reserved.
聚合物基的微米或纳米流体控制装置在生物领域和流体控制领域的作用越来越重要。在这篇文章中，我们将报道和展示一种新型的微米或纳米流体通道形成技术。这种技术应用纳米刻蚀平版印刷术，并用SU-8粘合，这是一种微米/纳米流体控制器件的优秀材料，因为它具有出色的化学稳定性，生物适应性和光学性能。粘合压力和温度对粘合强度和孔道形态的控制很重要。这种制造技术对于大规模低成本生产SU-8基底的微米/纳米液控器件是很有潜力的。
以聚合物为基础的微/纳米流体设备正变得越来越重要的生物学应用
和流体控制。在本文中，我们报告，并证明了一种新的制造过程
微/纳米流体通道的基础上纳米光刻技术（无）和粘接使用苏- 8 ，这是
一个极好材料的微/纳米射流技术的应用由于其良好的化学稳定性，生物兼容性
和光学性质。键合温度和压力被认为是必不可少的粘接
实力和渠道调剖。这种制造技术具有很大的潜力以实现低成本大规模
生产苏- 8的微/纳米流体设备。
？ 2009年埃尔塞维尔B.诉保留所有权利。