SESSION 1: SENSORS
Thursday, 3rd of October, 09:30–10:50
Chairs: Loes Segerink & Joost Lötters
09:30–09:50 | A universal flowmeter for microfluidics C. Cavaniol, W. Cesar, S. Descroix, J-L. Viovy |
09:50–10:10 | Micro-Coriolis mass flow sensor with resistive readout T.V.P. Schut, R.J. Wiegerink, J.C. Lötters |
10:10–10:30 | Dual beam optical coherence tomography for spatially-resolved depth-section microfluidic flow velocimetry J.M. Hallam, E. Rigas, T.O.H. Charrett, R.P. Tatam |
10:30–10:50 | Design of a slot photonic crystal waveguide for highly sensitive evanescent field absorption sensing in fluids R. Jannesari, G. Pühringer, T. Grille, B. Jakoby |
SESSION 2: ACTUATORS & Fluidic Control Systems
Thursday, 3rd of October, 11:20–12:40
Chairs: Peter Koltay & Niels Tas
11:20–11:40 | Highly parallel microbioreactor for cell line development based on a microtiter plate with functional microfluidic lid A. Itani, C-H. Tsai, D–H. Kuan, S. Zimmermann, R. Zengerle, P. Koltay |
11:40–12:00 | Printing with satellite droplets in liquid and gaseous environment D. Li, Y. Liu, Y. Zhang |
12:00–12:20 | A contact-free micropump for fluid transport against high backpressure A.R. Smith, D. Oudejans, J.C. Lötters, P. Müllner |
12:20–12:40 | Proportional microvalve using a PZT plate microactuator A. Gunda, G. Özkayar, M. Tichem, M.K. Ghatkesar |
SESSION 3: INdustrial sensorS
Thursday, 3rd of October, 14:10–15:30
Chairs: Jankees Hogendoorn & Florian Krogmann
14:10–14:30 | Characterization of a gas density sensor based on surface channel technology J. Groenesteijn, N. de Jonge, E.J. van der Wouden, W. Sparreboom, T.S.J. Lammerink, J.C. Lötters |
14:30–14:50 | Robust thermal mass flow meter comparison between anemometric principle and 3 omega method to measure flow R.E. Bernhardsgrütter, C.J. Hepp, K. Schmitt, M. Jägle, H.-F. Pernau, J. Wöllenstein |
14:50–15:10 | Miniaturized gas composition sensor for natural gas and biogas A. Boersma, J. Sweelssen, H. Blokland |
15:10–15:30 | Multiparameter gas monitoring system combining a functionalised and a non functionalised microcantilever C. Huber, A. Mehdaoui, M.P. Pina, J.J. Morales |
SESSION 4: APPLICATIONS
Friday, 4th of October, 09:30–10:40
Chairs: Peter Mullner & Remco Wiegerink
10:00–10:20 | Construction of a well-operable crystallization method for chemical analysis applying microdroplet device S. Hattori, D. Tanka, D.H. Yoon, T. Sekiguchi, Y. Nozaki, T. Akitsu, S. Shoji |
10:20–10:40 | On the feasibility of using a multi-parameter sensor for the inline characterisation of medicine mixtures R.J. Dijkink, J.C. Lötters, B. van den Berg, C.A.J. Damen |
SESSION 5: Industrial Applications
Friday, 4th of October, 11:10–12:30
Chairs: Stefan Schork & Florian Krogmann
11:10–11:30 | Liquid microfluidic applications and market needs in flow measurement and control in the microfluidic flow range D.A.P. Oudejans |
11:30–11:50 | Coriolis mass flow metering tracking rapid fuel injection pulses trains in internal combustion engines M.P. Henry, F. Leach |
11:50–12:10 | Low capacitance measurement system for industrial scale multichannel system A. Bonilla Fernandez, D. Alveringh, E. van Dam, S. Schepers, P. Senff, E. Kloekke |
12:10–12:30 | Challenges in achieving optimum performance in microfluidic handling systems M. Katerberg, G. Ratering |
POSTER SESSION
Thursday, 3rd of October, 16:00–17:45
Sensors
Poster 9 | Additive manufactured pure PMMA microfluidic channels featuring screen printed diaphragm flow velocity sensor M. Knoll, M.A. Hintermüller, C. Offenzeller, B. Jakoby, W. Hilber |
Poster 13 | Fabrication of free-hanging tubes for a high flow micro Coriolis mass flow meter J. Groenesteijn, M.J. de Boer, J. van Putten, W. Sparreboom, J.C. Lötters, R.J. Wiegerink |
Poster 19 | Embedding of screen printed sensors and actuators into bulk polymer for sensing in microfluidic devices C. Offenzeller, M.A. Hintermüller, M. Knoll, B. Jakoby, W. Hilber |
Poster 26 | Piezoelectric thin film on silicon RF-MEMS lamb wave resonantors for fluid parameters sensing Y.L. Janssens, J.W. Berenschot, M.J de Boer, C.J. Hogendoorn, N.R. Tas |
Poster 28 | Fabrication method of microfluidic channels with circular cross section for micro Coriolis mass flow sensor Q. Yu, R.J. Wiegerink, J.C. Lötters |
Poster 31 | Piezoelectric thin film for electroacoustic devices S. Ni, et al |
Poster 36 | Towards integrated circular flow tubes with large diameter M. Yariesbouei, M.A. Rodriguez Olguin, R.J. Wiegerink, J.C. Lötters |
Poster 43 | Microwave-based temperature monitoring of nanoliter water samples using a water-only temperature calibration technique |
Applications
Poster 21 | Integrated highly-doped silicon electrodes between free-hanging microfluidic channels by surface channel technology Y. Zhao, H.-W. Veltkamp, T.V.P. Schut, J. Groenesteijn, M.J. de Boer, R.J. Wiegerink, J.C. Lötters |
Poster 22 | Label-free detection of miniscule objects via drak-field microscopy for single-cell printing R. Dammann, B. Gerdes, J. Riba, S. Zimmermann, P. Koltay, R. Zengerle |
Poster 35 | Measurement of viscosity for medicine mixture S. Mejri, M. Yariesbouei, R.J Wiegerink, J. Groenesteijn, J. Lötters |
Poster 38 | Towards a fully integrated and disposable DNA amplification chip F. Akegawe Monteiro, H.-W. Veltkamp, R.G.P. Sanders, R.J. Wiegerink, J.C. Lötters |
Actuators & Fluidic Control Systems
Poster 1 | Dispensing of attolitre droplets with inkject technique Y. Zhang, D. Li, Y. Liu |
Poster 12 | Comparison of planar and halbach permanent magnet systems for mobile microfluidic NMR applications Y. Klein, L. Abelmann, J. Hogendoorn, H. Gardeniers |
Poster 17 | Atomization of fluids with ultrasound P. Dunst, P. Bornmann, T. Hemsel, W. Littmann, W. Sextro |
Poster 20 | No heated wall evaporator: an innovative way to reduce fouling in a miniature evaporator system C.M. Rops, M. Del Hoyo Arroyo, J.W. van de Geest, R.M.C. Mestrom |
Poster 44 | Topological optimization of heating resistors for controlling temperature in a microfluidic cavity |
Interfaces
Poster 4 | Using gallium as a protective layer during a solvent bonding process for lab-scale polymer based microfluidic device fabrication M.A. Hintermüller, B. Jakoby |
Poster 18 | Towards 3D printed microfluidic devices in alfa-alumina H.-W. Veltkamp, Y. Zhao, R.G.P. Sanders, R.J. Wiegerink, J.C. Lötters |
Poster 27 | Towards design automations for microfluidic devices G. Fink, M. Hamidovic, W. Haselmayr, R. Wille |
Poster 40 | Development of front-end electronics for low-field NMR applications E. Aydin, K.A.A. Makinwa |
Poster 41 | Design considerations for a MEMS Coriolis mass flow sensing system A.C. de Oliveira, T.V.P. Schut, J. Groenesteijn, Q. Fan, R.J. Wiegerink, K.A.A. Makinwa |