Search Results - "Smistrup, K"

Modeling and simulation of the deformation process of PTFE flexible stamps for nanoimprint lithography on curved surfaces by Sonne, M.R., Smistrup, K., Hannibal, M., Thorborg, J., Nørregaard, J., Hattel, J.H.

“…•Modeling the deformation of PFTE flexible stamps for nanoimprint lithography.•Constitutive model of PTFE in terms of a 1-D rheological representation.•Model…”
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On-chip magnetic bead microarray using hydrodynamic focusing in a passive magnetic separator by Smistrup, K, Kjeldsen, B G, Reimers, J L, Dufva, M, Petersen, J, Hansen, M F

“…Implementing DNA and protein microarrays into lab-on-a-chip systems can be problematic since these are sensitive to heat and strong chemicals. Here, we…”
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Magnetic separation in microfluidic systems using microfabricated electromagnets—experiments and simulations by Smistrup, Kristian, Hansen, Ole, Bruus, Henrik, Hansen, Mikkel F.

“…We present experiments and simulations of magnetic separation of magnetic beads in a microfluidic channel. The separation is obtained by microfabricated…”
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Frequency response in surface-potential driven electrohydrodynamics by Ejsing, L, Smistrup, K, Pedersen, C M, Mortensen, N A, Bruus, H

“…Using a Fourier approach we offer a general solution to calculations of slip velocity within the circuit description of the electrohydrodynamics in a binary…”
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A High-Throughput SU-8Microfluidic Magnetic Bead Separator by Bu, M., Christensen, T.B., Smistrup, K., Wolff, A., Hansen, M.F.

“…We present a novel microfluidic magnetic bead separator based on SU-8 fabrication technique for high through-put applications. The experimental results show…”
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Microfabricated Passive Magnetic Bead Separators by Hansen, M.F., Lund-Olesen, T., Smistrup, K., Bruus, H.

“…The use and manipulation of functionalized magnetic beads for bioanalysis in lab-on-a-chip systems is receiving growing interest. We have developed…”
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Frequency response in surface-potential driven electro-hydrodynamics by Ejsing, L, Smistrup, K, Pedersen, C. M, Mortensen, N. A, Bruus, H

“…Phys. Rev. E 73, 037302 (2006). Using a Fourier approach we offer a general solution to calculations of slip velocity within the circuit description of the…”
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