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The Reversible Capillary Field Effect Transistor: A Capillaric Element for Autonomous Flow Switching

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posted on 2024-08-23, 01:41 authored by Volker NockVolker Nock

This dataset provides raw video files related to manuscript "The Reversible Capillary Field Effect Transistor: A Capillaric Element for Autonomous Flow Switching" by Mak, D. et al.

Data consists of raw videos recorded using an Apple iPhone 15 Pro Max and an Economical Backlight model FR-BL White, Metaphase Technologies. Video files were re-encoded from the original .MOV files to .MP4 using HandBrake Version 1.8.2 (https://handbrake.fr/) to remove the audio track.

Dataset contents:

  1. D106h - flow velocity measured by meniscus position through a capillary pump for rcFET (D106H) and controls (D106I)
  2. D108q - transient control of liquid mixing ratios utilising a combination of a cFET and an rcFET
  3. D111a - parallel reopening of rcFETs using a single WP for simultaneous activation
  4. D112 - oscillating flow behaviour of three connected liquids utilising rcFETs
  5. D115 - simultaneous rcFET and cFET activation utilising a combined withdrawal pump/trigger channel


Funding

Ministry of Business, Innovation and Employment Smart Ideas UOCX2203

History

Department

  • Electrical and Computer Engineering

College

  • Te Kaupeka Pūhanga | Faculty of Engineering

Research Group

  • Biomolecular Interaction Centre

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