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Article
Microstructured Arrayed Microfluidic Waveguide Structure for Infrared Radiation Focusing and Transfer
ECU Publications Pre. 2011
  • Paul B Laursen, Edith Cowan University
  • Kamal Alameh, Edith Cowan University
  • Mikhail Vasiliev, Edith Cowan University
  • Nicholas C Elliott, Advantech Sports Australia, NSW, Australia
Publication Date
1-1-2008
Document Type
Conference Proceeding
Publisher
IEEE
Faculty
Computing, Health and Science
School
Electron Science Research Institute
RAS ID
5521
Comments
This article was originally published as: Laursen, P. B., Alameh, K. , Vasiliev, M. , & Elliott, N. (2008). Microstructured Arrayed Microfluidic Waveguide Structure for Infrared Radiation Focusing and Transfer. Proceedings of IEEE Photonics Global. IPGC 2008 . (pp. 4). Singapore. IEEE Xplore online publication. Original article available here
Abstract

A microstructured arrayed microfluidic waveguide structure for infrared radiation focussing and transfer is proposed and demonstrated. The arrayed waveguide structure comprises Masterbond UV-curable epoxy UV15 optimised using ZEMAX optical design software to achieve high efficiency of heat capture through far-infrared light focussing and subsequent absorption of the radiation on a centralised fluid medium. A high degree of alignment of the precision-positioned fluidic microchannels with the symmetry axes and the focal plane locations of the cylindrical microlens array is demonstrated, which maximises the efficiency of absorption of the incident IR light energy within the moving fluid. Observation of ink flows through the initial device prototype confirms the suitability of our microfluidic channel fabrication technology for the transfer of far-infrared light (heat) transfer. This microstructured arrayed waveguide structure has application for development of a textile fabric that enhances surface heat removal.

Disciplines
Citation Information
Paul B Laursen, Kamal Alameh, Mikhail Vasiliev and Nicholas C Elliott. "Microstructured Arrayed Microfluidic Waveguide Structure for Infrared Radiation Focusing and Transfer" (2008)
Available at: http://works.bepress.com/mikhail_vasiliev/22/