Program

File contents

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<sessions>
 <session>
  <session_ID>1</session_ID>
  <session_short>Session 1</session_short>
  <session_title>Overview of the field</session_title>
  <session_start>2014-10-09 09:40</session_start>
  <session_end>2014-10-09 11:00</session_end>
  <session_room_ID>2</session_room_ID>
  <session_room>Aula</session_room>
  <session_room_info>University of Freiburg, KG I</session_room_info>
  <chair1 />
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  <chair1_name />
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  <chair2_name />
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  <sessionID>1</sessionID>
  <presentations>6</presentations>
  <p1_paperID>107</p1_paperID>
  <p1_contribution_type>Oral</p1_contribution_type>
  <p1_authors>Lucas, Peter (1); Petter, Harm Tido (1); Sparreboom, Wouter (2); Lötters, Joost (2)</p1_authors>
  <p1_organisations>1: VSL, Netherlands; 2: Bronkhorst High-Tech, Netherlands</p1_organisations>
  <p1_presenting_author>Lucas, Peter</p1_presenting_author>
  <p1_title>PRIMARY STANDARD FOR NANOFLOW RATES</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>133</p2_paperID>
  <p2_contribution_type>Oral</p2_contribution_type>
  <p2_authors>Groenesteijn, Jarno (1); Dijkstra, Marcel (1); Lammerink, Theo S.J. (1); Lötters, Joost C. (1,2); Wiegerink, Remco J. (1)</p2_authors>
  <p2_organisations>1: MESA+ Institute for Nanotechnology, University of Twente, Enschede, The Netherlands; 2: Bronkhorst High-Tech BV, Ruurlo, The Netherlands</p2_organisations>
  <p2_presenting_author>Groenesteijn, Jarno</p2_presenting_author>
  <p2_title>A COMPACT MICRO CORIOLIS MASS FLOW SENSOR WITH FLOW BYPASS FOR A MONOPROPELLANT MICRO PROPULSION SYSTEM</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>132</p3_paperID>
  <p3_contribution_type>Oral</p3_contribution_type>
  <p3_authors>Schumacher, Axel (1); Götz, Martin (1); Kattinger, Gerhard (1); Merz, Jürgen (1); Herrlich, Simon (1); Spieth, Sven (1); Zengerle, Roland (1,2)</p3_authors>
  <p3_organisations>1: HSG-IMIT, Villingen-Schwenningen, Germany; 2: IMTEK, University of Freiburg, Freiburg, Germany</p3_organisations>
  <p3_presenting_author>Herrlich, Simon</p3_presenting_author>
  <p3_title>PERISTALTIC MICROPUMP WITH INTEGRATED ACTIVE DAMPING</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>154</p4_paperID>
  <p4_contribution_type>Oral</p4_contribution_type>
  <p4_authors>Rops, Cor Maria (1); Patankar, Balkrishna (2); Snijders, Gert Jan (3); v/d Geld, Cees (2)</p4_authors>
  <p4_organisations>1: TNO technical sciences, Netherlands, The; 2: Eindhoven university of Technology, Netherlands, The; 3: Bronkhorst High-Tech BV, Netherlands, The</p4_organisations>
  <p4_presenting_author>Rops, Cor Maria</p4_presenting_author>
  <p4_title>CONTACTLESS BOILING: A WAY TO IMPROVE THE RELIABILITY OF MICROFLUIDIC PROCESSES?</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>110</p5_paperID>
  <p5_contribution_type>Oral</p5_contribution_type>
  <p5_authors>Comina, German; Suska, Anke; Filippini, Daniel</p5_authors>
  <p5_organisations>Linköping University, Sweden</p5_organisations>
  <p5_presenting_author>Filippini, Daniel</p5_presenting_author>
  <p5_title>3D PRINTED UNIBODY LAB-ON-A-CHIP INTEGRATION</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>1</sessionID>
  <p6_paperID>163</p6_paperID>
  <p6_contribution_type>Oral</p6_contribution_type>
  <p6_authors>Grötzinger, Katrin</p6_authors>
  <p6_organisations>HSG-IMIT</p6_organisations>
  <p6_presenting_author>Grötzinger, Katrin</p6_presenting_author>
  <p6_title>Test 31.07.2014 für PDF-Austausch</p6_title>
  <p6_acceptance>Accepted</p6_acceptance>
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 </session>

 <session>
  <session_ID>2</session_ID>
  <session_short>Session 2</session_short>
  <session_title>Components, part 1: Sensors: floew, pressure, viscosity, temperature...</session_title>
  <session_start>2014-10-09 11:30</session_start>
  <session_end>2014-10-09 12:50</session_end>
  <session_room_ID>2</session_room_ID>
  <session_room>Aula</session_room>
  <session_room_info>University of Freiburg, KG I</session_room_info>
  <chair1 />
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  <sessionID>2</sessionID>
  <presentations>5</presentations>
  <p1_paperID>152</p1_paperID>
  <p1_contribution_type>Oral</p1_contribution_type>
  <p1_authors>van der Wouden, Egbert (1); Lötters, Joost (1,2)</p1_authors>
  <p1_organisations>1: Bronkhorst High-Tech B.V., Netherlands, The; 2: University of Twente, Transducers Science and Technology</p1_organisations>
  <p1_presenting_author>van der Wouden, Egbert</p1_presenting_author>
  <p1_title>REAL-TIME COMPOSITION DETERMINATION OF GAS MIXTURES</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>134</p2_paperID>
  <p2_contribution_type>Oral</p2_contribution_type>
  <p2_authors>Reyes-Romero, Diego Fernando (1,2); Urban, Gerald (1)</p2_authors>
  <p2_organisations>1: University of Freiburg, Germany; 2: IST AG, Switzerland</p2_organisations>
  <p2_presenting_author>Reyes-Romero, Diego Fernando</p2_presenting_author>
  <p2_title>METHOD FOR THE DETERMINATION OF THE THERMAL PROPERTIES OF GASES UNDER FLOW CONDITIONS</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>116</p3_paperID>
  <p3_contribution_type>Oral</p3_contribution_type>
  <p3_authors>Bissig, Hugo; Tschannen, Martin; de Huu, Marc</p3_authors>
  <p3_organisations>Federal Institute of Metrology METAS, Switzerland</p3_organisations>
  <p3_presenting_author>Bissig, Hugo</p3_presenting_author>
  <p3_title>MICRO FLOW STANDARD FOR STEADY AND PULSATING FLOW</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>121</p4_paperID>
  <p4_contribution_type>Oral</p4_contribution_type>
  <p4_authors>Hepp, Christoph J. (1); Krogmann, Florian T. (1); Urban, Gerald A. (2)</p4_authors>
  <p4_organisations>1: Innovative Sensor Technology IST AG, Switzerland; 2: University of Freiburg, Freiburg Institute for Advanced Studies, Freiburg, Germany</p4_organisations>
  <p4_presenting_author>Hepp, Christoph J.</p4_presenting_author>
  <p4_title>DETECTION OF GAS KIND AND FLOW SPEED USING THERMAL FLOW SENSORS WITH DC EXCITATION IN A FLOWING FLUID</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>130</p5_paperID>
  <p5_contribution_type>Oral</p5_contribution_type>
  <p5_authors>Sparreboom, Wouter (1); van der Wouden, Egbert (1); Lammerink, Theo (2); Lotters, Joost (1,2)</p5_authors>
  <p5_organisations>1: Bronkhorst High-Tech B.V., Ruurlo, The Netherlands; 2: University of Twente, Transducers Science and Technology, Enschede, The Netherlands</p5_organisations>
  <p5_presenting_author>Sparreboom, Wouter</p5_presenting_author>
  <p5_title>CALORIMETRIC FLOW SENSOR CHIP BASED ON SURFACE CHANNEL TECHNOLOGY</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>2</sessionID>
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 </session>

 <session>
  <session_ID>3</session_ID>
  <session_short>Session 3</session_short>
  <session_title>Components, part 2: Actuators: Valves, pumps, droplet generators, mixers...</session_title>
  <session_start>2014-10-09 14:00</session_start>
  <session_end>2014-10-09 15:20</session_end>
  <session_room_ID>2</session_room_ID>
  <session_room>Aula</session_room>
  <session_room_info>University of Freiburg, KG I</session_room_info>
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  <sessionID>3</sessionID>
  <presentations>5</presentations>
  <p1_paperID>138</p1_paperID>
  <p1_contribution_type>Oral</p1_contribution_type>
  <p1_authors>Gerdes, Björn (1); Lass, Nils (1); Riegger, Lutz (1,2); Zengerle, Roland (1); Koltay, Peter (1,2)</p1_authors>
  <p1_organisations>1: IMTEK University Freiburg, Germany; 2: BioFluidix GmbH</p1_organisations>
  <p1_presenting_author>Gerdes, Björn</p1_presenting_author>
  <p1_title>StarJet-based, pneumatically actuated liquid metal droplet printing at up to 500 °C</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>137</p2_paperID>
  <p2_contribution_type>Oral</p2_contribution_type>
  <p2_authors>Jenke, Christoph Werner; Köhn, Miriam; Wackerle, Martin; Kutter, Christoph; Richter, Martin</p2_authors>
  <p2_organisations>Fraunhofer EMFT, Germany</p2_organisations>
  <p2_presenting_author>Jenke, Christoph Werner</p2_presenting_author>
  <p2_title>DYNAMIC BEHAVIOUR OF A PIEZOELECTRIC MICROPUMP ACTUATOR</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>127</p3_paperID>
  <p3_contribution_type>Oral</p3_contribution_type>
  <p3_authors>Kartmann, Sabrina (1); Ernst, Andreas (1,2); Zengerle, Roland (1); Koltay, Peter (1,2)</p3_authors>
  <p3_organisations>1: IMTEK, University of Freiburg, Freiburg, Germany, Germany; 2: BioFluidix GmbH, Freiburg, Germany</p3_organisations>
  <p3_presenting_author>Kartmann, Sabrina</p3_presenting_author>
  <p3_title>A DISPOSABLE, DISPENSING VALVE FOR NON-CONTACT MICROLITER APPLICATIONS IN 96-WELL PLATE FORMAT</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>109</p4_paperID>
  <p4_contribution_type>Oral</p4_contribution_type>
  <p4_authors>Jamshaid, Afshan (1,3); Yoon, Dong Hyun (1); Sekiguchi, Tetsushi (2); Shoji, Shuichi (1)</p4_authors>
  <p4_organisations>1: Waseda University, Japan,; 2: Nano Technology Research Center, Waseda University Tokyo, JAPAN; 3: Department of Physics, Syed Baber Ali School of Science &amp; Engineering, Lahore University of Management Sciences(LUMS), Pakistan</p4_organisations>
  <p4_presenting_author>Jamshaid, Afshan</p4_presenting_author>
  <p4_title>VOLUME CONTROLLABLE SEQUENTAIL GENERATION OF THREE DIFFERENT REAGENTS INCUBATED IN MICRO DROPLETS FOR DIGITAL FLOW SYNTHESIS</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>135</p5_paperID>
  <p5_contribution_type>Oral</p5_contribution_type>
  <p5_authors>Kersaudy-Kerhoas, Maïwenn (1); Amalou, Farid (1,2); Desmulliez, Marc (3); Shu, Will (4)</p5_authors>
  <p5_organisations>1: Heriot-Watt University, Institute of Biological Chemistry, Biophysics and Bioengineering, United Kingdom; 2: Southampton University, Southampton, United Kingdom; 3: Heriot-Watt University, Institute of Sensors, Signals and Systems, United Kingdom; 4: Heriot-Watt University, Institute of Biological Chemistry, Biophysics and Bioengineering, United Kingdom</p5_organisations>
  <p5_presenting_author>Kersaudy-Kerhoas, Maïwenn</p5_presenting_author>
  <p5_title>DECOUPLED MICROFLUIDIC FLUID HANDLING SYSTEM FOR COMBINATORIAL GENOME SEQUENCE ASSEMBLY</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>3</sessionID>
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 </session>

 <session>
  <session_ID>4</session_ID>
  <session_short>Poster</session_short>
  <session_title>Poster session &amp; exhibition</session_title>
  <session_start>2014-10-09 16:15</session_start>
  <session_end>2014-10-09 18:30</session_end>
  <session_room_ID />
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  <chair1 />
  <chair2 />
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  <chair2_email2 />
  <sessionID>4</sessionID>
  <presentations>33</presentations>
  <p1_paperID>125</p1_paperID>
  <p1_contribution_type>Poster</p1_contribution_type>
  <p1_authors>Bonk, Sebastian Marcus (1); Oldorf, Paul (2); Peters, Rigo (2); Baumann, Werner (1); Gimsa, Jan (1)</p1_authors>
  <p1_organisations>1: University Rostock, Germany; 2: Schweißtechnische Lehr und Versuchsanstalt, Rostock, Germany</p1_organisations>
  <p1_presenting_author>Bonk, Sebastian Marcus</p1_presenting_author>
  <p1_title>FAST PROTOTYPING OF MULTISENSOR CELL CULTURE CHIPS USING ULTRA-SHORT PULSE-LASER ABLATION AND PCB MICROMILLING</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>145</p2_paperID>
  <p2_contribution_type>Poster</p2_contribution_type>
  <p2_authors>Gleichmann, Tobias (1); Gutzweiler, Ludwig (1); Zengerle, Roland (1,3); Koltay, Peter (1,2); Riegger, Lutz (1,2)</p2_authors>
  <p2_organisations>1: IMTEK University Freiburg, Germany; 2: BioFluidix GmbH, Freiburg, Germany; 3: HSG-IMIT, Freiburg, Germany</p2_organisations>
  <p2_presenting_author>Gleichmann, Tobias</p2_presenting_author>
  <p2_title>SMART OPEN MICROFLUIDICS: AN AUTOMATED PLATFORM FOR THE DYNAMIC GENERATION OF FLUIDIC STRUCTURES DOWN TO THE SUB-nL-RANGE</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>131</p3_paperID>
  <p3_contribution_type>Poster</p3_contribution_type>
  <p3_authors>Platenkamp, Tom Herman (1); Sparreboom, Wouter (1); Ratering, Gijs Hermanus Johannes Maria (1); Katerberg, Marcel Ronald (1); Lötters, Joost Conrad (1,2)</p3_authors>
  <p3_organisations>1: Bronkhorst High-Tech B.V., Ruurlo, The Netherlands; 2: University of Twente, Transducers Science and Technology, Enschede, The Netherlands</p3_organisations>
  <p3_presenting_author>Platenkamp, Tom Herman</p3_presenting_author>
  <p3_title>Low flow liquid calibration setup</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>140</p4_paperID>
  <p4_contribution_type>Poster</p4_contribution_type>
  <p4_authors>Behrmann, Ole (1); Reyes Romero, Diego Fernando (1); Dame, Gregory (1); Urban, Gerald (1,2)</p4_authors>
  <p4_organisations>1: University of Freiburg, Laboratory for Sensors, Department of Microsystems Engineering IMTEK; 2: University of Freiburg, Freiburg Institute for Advanced Studies</p4_organisations>
  <p4_presenting_author>Behrmann, Ole</p4_presenting_author>
  <p4_title>NOVEL BIOFILM SENSING SYSTEM USING THERMAL EXCITATION</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>122</p5_paperID>
  <p5_contribution_type>Poster</p5_contribution_type>
  <p5_authors>Lin, Yen-Chun (1); Zhai, Weichao (1); Nugent, Eileen (1); Crick, Alex (1); Tiffert, Teresa (2); Lew, Virgilio (2); Rayner, Julian (3); Cicuta, Pietro (1)</p5_authors>
  <p5_organisations>1: Cavendish Laboratory, University of Cambridge, United Kingdom; 2: Department of Physiology, Development and Neuroscience, University of Cambridge, United Kingdom; 3: Wellcome Trust Sanger Institute, Wellcome Trust Genome Campus, Cambridge, United Kingdom</p5_organisations>
  <p5_presenting_author>Lin, Yen-Chun</p5_presenting_author>
  <p5_title>LIVE IMAGING STUDIES OF P. FALCIPARUM EGRESS AND INVASION OF ERYTHROCYTES BY USING MICROFLUIDIC DEVICES</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>4</sessionID>
  <p6_paperID>112</p6_paperID>
  <p6_contribution_type>Poster</p6_contribution_type>
  <p6_authors>Kuipers, Winfred Jan (1); Deilmann, Michael (1); Koch, Christian (2); Müller, Jörg (3)</p6_authors>
  <p6_organisations>1: KROHNE Messtechnik GmbH, Duisburg, Germany; 2: KROHNE Innovation GmbH, Duisburg, Germany; 3: Hamburg University of Technology, Hamburg, Germany</p6_organisations>
  <p6_presenting_author>Kuipers, Winfred Jan</p6_presenting_author>
  <p6_title>OPTIMIZATION OF THE MICROFLUIDIC DESIGN OF A MINIATURIZED COUNTER-CURRENT FLAME IONIZATION DETECTOR</p6_title>
  <p6_acceptance>Accepted</p6_acceptance>
  <p7_paperID>106</p7_paperID>
  <p7_contribution_type>Poster</p7_contribution_type>
  <p7_authors>Busek, Mathias (1); Schmieder, Florian (1); Grünzner, Stefan (1); Hofmann, Kevin (2); Grätz, Uwe (2); Sonntag, Frank (1)</p7_authors>
  <p7_organisations>1: Fraunhofer IWS, Dresden, Germany; 2: ITI GmbH, Dresden, Germany</p7_organisations>
  <p7_presenting_author>Busek, Mathias</p7_presenting_author>
  <p7_title>OXYGEN SUPPLY FOR CELL-CULTURE-SYSTEMS – MEASURED WITH FLUORESCENE-LIFE-TIME ANALYSIS AND MODELLED USING SIMULATIONX</p7_title>
  <p7_acceptance>Accepted</p7_acceptance>
  <p8_paperID>136</p8_paperID>
  <p8_contribution_type>Poster</p8_contribution_type>
  <p8_authors>Ahrens, Martin; Klein, Stephan; Nestler, Bodo; Daminai, Christian</p8_authors>
  <p8_organisations>Lübeck University of Applied Sciences, Lübeck, Germany</p8_organisations>
  <p8_presenting_author>Ahrens, Martin</p8_presenting_author>
  <p8_title>CHARACTERIZATION AND CALIBRATION OF FLOW COMPONENTS IN THE RANGE OF 5 TO 500 NL/MIN</p8_title>
  <p8_acceptance>Accepted</p8_acceptance>
  <p9_paperID>149</p9_paperID>
  <p9_contribution_type>Poster</p9_contribution_type>
  <p9_authors>Kartmann, Sabrina (1); Kellermann, Malena (1); Ernst, Andreas (1,2); Zengerle, Roland (1); Koltay, Peter (1,2)</p9_authors>
  <p9_organisations>1: IMTEK, University of Freiburg, Freiburg, Germany; 2: BioFluidix GmbH, Freiburg, Germany</p9_organisations>
  <p9_presenting_author>Kartmann, Sabrina</p9_presenting_author>
  <p9_title>SIMULATION STUDY OF A NOVEL CAPACITIVE PRESSURE SENSOR CONCEPT BASED ON THE GEOMETRICAL DEFORMATION OF AN ELASTIC MEASURING CELL</p9_title>
  <p9_acceptance>Accepted</p9_acceptance>
  <p10_paperID>147</p10_paperID>
  <p10_contribution_type>Poster</p10_contribution_type>
  <p10_authors>Floris, Patrick (1); Glennon, Thomas (1); O&#039;Quigley, Conor (1); Mc Namara, Eoghan (1); Czugala, Monika (1); Benito-Lopez, Fernando (1,2); Diamond, Dermot (1); Fraser, Kevin J. (1)</p10_authors>
  <p10_organisations>1: Insight Centre for Data Analytics, National Centre for Sensor Research, Dublin City University, Ireland; 2: CIC microGUNE, Arrasate-Mondrago´n, Spain</p10_organisations>
  <p10_presenting_author>Floris, Patrick</p10_presenting_author>
  <p10_title>DEVELOPMENT OF A PORTABLE MULTI-PARAMETER CENTRIFUGAL MICROFLUIDIC ANALYSIS SYSTEM (CMAS) FOR WATER QUALITY MONITORING</p10_title>
  <p10_acceptance>Accepted</p10_acceptance>
  <sessionID>4</sessionID>
  <p11_paperID>141</p11_paperID>
  <p11_contribution_type>Poster</p11_contribution_type>
  <p11_authors>Hin, Sebastian (1); Mitsakakis, Konstantinos (1,2); Klein, Vanessa (1); Strohmeier, Oliver (1,2); Keller, Mark (1,2); Kosse, Dominique (1,2); Zengerle, Roland (1,2,3); von Stetten, Felix (1,2); Mark, Daniel (1,2)</p11_authors>
  <p11_organisations>1: Laboratory for MEMS Applications, Department of Microsystems Engineering - IMTEK, University of Freiburg, Georges-Koehler-Allee 106, 79110 Freiburg, Germany; 2: HSG-IMIT - Institut für Mikro- und Informationstechnik, Georges-Koehler-Allee 103, 79110 Freiburg, Germany; 3: BIOSS – Centre for Biological Signalling Studies, University of Freiburg, 79110 Freiburg, Germany</p11_organisations>
  <p11_presenting_author>Hin, Sebastian</p11_presenting_author>
  <p11_title>THE LAB-ON-A-CHIP DESIGN &amp; FOUNDRY SERVICE</p11_title>
  <p11_acceptance>Accepted</p11_acceptance>
  <p12_paperID>151</p12_paperID>
  <p12_contribution_type>Poster</p12_contribution_type>
  <p12_authors>Winkelmann, Claudia; Schmieder, Florian; Grünzner, Stefan; Sonntag, Frank</p12_authors>
  <p12_organisations>Fraunhofer Institute for Material and Beam Technology IWS, Germany</p12_organisations>
  <p12_presenting_author>Winkelmann, Claudia</p12_presenting_author>
  <p12_title>HOLLOW FIBER-BASED LAB-ON-A-CHIP DUAL PERFUSION SYSTEM WITH INTEGRATED FLUORESCENCE-BASED OXYGEN MONITORING</p12_title>
  <p12_acceptance>Accepted</p12_acceptance>
  <p13_paperID>124</p13_paperID>
  <p13_contribution_type>Poster</p13_contribution_type>
  <p13_authors>Shih, Kailing (1); Isokawa, Muneki (2); Kanamori, Takahiro (2); Yoon, Dong Hyun (1); Sekiguchi, Tetsushi (3); Mizuno, Jun (3); Funatsu, Takashi (2); Tsunoda, Makoto (2); Shoji, Shuichi (1)</p13_authors>
  <p13_organisations>1: Major in Nanoscience and Nanoengineering, Waseda University, Tokyo, Japan; 2: Graduate School of Pharmaceutical Sciences, The University of Tokyo, Tokyo, Japan; 3: Nanotechnology Research Center, Waseda University, Tokyo, Japan</p13_organisations>
  <p13_presenting_author>Shih, Kailing</p13_presenting_author>
  <p13_title>POROUS PILLAR ARRAY FORMATION USING ISOTROPIC XENON DIFLUORIDE ETCHING FOR LIQUID CHROMATOGRAPHY MICROCHIP</p13_title>
  <p13_acceptance>Accepted</p13_acceptance>
  <p14_paperID>156</p14_paperID>
  <p14_contribution_type>Poster</p14_contribution_type>
  <p14_authors>Snijder, Roland A. (1); Lucas, Peter (2); Egberts, Toine C.G. (3); Jaspers, Joris E.N. (1); Timmerman, Annemoon M.D.E. (1)</p14_authors>
  <p14_organisations>1: University Medical Center Utrecht, Medical Technology and Clinical Physics, Utrecht, Netherlands, The; 2: VSL Dutch Metrology Institute, Research, Delft, Netherlands, The.; 3: University Medical Center Utrecht, Clinical Pharmacy, Utrecht, Netherlands, The</p14_organisations>
  <p14_presenting_author>Snijder, Roland A.</p14_presenting_author>
  <p14_title>INVESTIGATIONS THAT APPLY IN VITRO MEASUREMENT METHODOLOGIES TO EXPLORE THE CAUSES OF FLOW RATE VARIABILITY IN INFUSION THERAPY: A SYSTEMATIC REVIEW</p14_title>
  <p14_acceptance>Accepted</p14_acceptance>
  <p15_paperID>114</p15_paperID>
  <p15_contribution_type>Poster</p15_contribution_type>
  <p15_authors>Schmitt, Bastian; Sauer, Kai; Schütze, Andreas</p15_authors>
  <p15_organisations>LMT, Saarland University, Saarbrücken, Germany</p15_organisations>
  <p15_presenting_author>Schmitt, Bastian</p15_presenting_author>
  <p15_title>MODELLING AND CHARACTERIZATION OF A MULTIPARAMETER HOT-DISK SENSOR FOR DETERMINATION OF FLUID MIXTURE PROPERTIES</p15_title>
  <p15_acceptance>Accepted</p15_acceptance>
  <sessionID>4</sessionID>
  <p16_paperID>105</p16_paperID>
  <p16_contribution_type>Poster</p16_contribution_type>
  <p16_authors>Busek, Mathias (1); Hofmann, Kevin (2); Grätz, Uwe (2); Polk, Christoph (1); Sonntag, Frank (1)</p16_authors>
  <p16_organisations>1: Fraunhofer IWS, Dresden, Germany; 2: ITI GmbH, Dresden, Germany</p16_organisations>
  <p16_presenting_author>Busek, Mathias</p16_presenting_author>
  <p16_title>PNEUMATICALLY ACTUATED PERISTALTIC MICRO PUMP – CHARACTERIZED WITH µPIV AND MODELLED USING SIMULATIONX</p16_title>
  <p16_acceptance>Accepted</p16_acceptance>
  <p17_paperID>117</p17_paperID>
  <p17_contribution_type>Poster</p17_contribution_type>
  <p17_authors>den Toonder, Jaap M.J.</p17_authors>
  <p17_organisations>Eindhoven University of Technology, Netherlands, The</p17_organisations>
  <p17_presenting_author>den Toonder, Jaap M.J.</p17_presenting_author>
  <p17_title>Active Control in Microfluidics</p17_title>
  <p17_acceptance>Accepted</p17_acceptance>
  <p18_paperID>139</p18_paperID>
  <p18_contribution_type>Poster</p18_contribution_type>
  <p18_authors>Müller, Ralf (1); Petrak, Dieter (2); Zosel, Jens (3); Brodersen, Olaf (1)</p18_authors>
  <p18_organisations>1: CiS Forschungsinstitut für Mikrosensorik und Photovoltaik GmbH, Erfurt, Germany; 2: Ingenieurbüro FlowSensor GbR, Weimar, Germany; 3: Kurt-Schwabe-Institut für Mess- und Sensortechnik e.V. Meinsberg, Waldheim, Germany</p18_organisations>
  <p18_presenting_author>Müller, Ralf</p18_presenting_author>
  <p18_title>OPTO-ELECTRONIC FLOW SENSOR - VERY THIN IN DIRECTION OF FLOW</p18_title>
  <p18_acceptance>Accepted</p18_acceptance>
  <p19_paperID>115</p19_paperID>
  <p19_contribution_type>Poster</p19_contribution_type>
  <p19_authors>Billat, Sophie (1); Storz, Matthias (1); Spreitzer, Wolfgang (2); Moser, Wolfgang (2); Remer, Uwe (3); Philip, Nico (3)</p19_authors>
  <p19_organisations>1: Institut für Mikro- und Informationstechnik der Hahn-Schickard-Gesellschaft e.V. (HSG-IMIT); 2: Gruner AG; 3: 2E mechatronic GmbH &amp; Co. KG</p19_organisations>
  <p19_presenting_author>Billat, Sophie</p19_presenting_author>
  <p19_title>Hybrid integration of MEMS flow sensors for smallest differential pressure measurement</p19_title>
  <p19_acceptance>Accepted</p19_acceptance>
  <p20_paperID>118</p20_paperID>
  <p20_contribution_type>Oral</p20_contribution_type>
  <p20_authors>Al-Halhouli, Mohammad (1,2); Kieninger, Jochen (2); Yurchenko, Olena (1,2); Daubinger, Patrick (1); Urban, Gerald (1,2,3)</p20_authors>
  <p20_organisations>1: University of Freiburg, Freiburg Materials Research Centre - FMF, Freiburg, Germany; 2: University of Freiburg, Department of Microsystems Engineering - IMTEK, Freiburg, Germany; 3: University of Freiburg, Freiburg Institute for Advance Studies, Freiburg, Germany</p20_organisations>
  <p20_presenting_author>Al-Halhouli, Mohammad</p20_presenting_author>
  <p20_title>A MICROFLUIDIC FUEL CELL SIMULATION TO STUDY THE INFLUENCE OF THE POROUS ELECTRODE MORPHOLOGY ON ELECTRODE KINETICS</p20_title>
  <p20_acceptance>Accepted</p20_acceptance>
  <sessionID>4</sessionID>
  <p21_paperID>160</p21_paperID>
  <p21_contribution_type>Poster</p21_contribution_type>
  <p21_authors>van Oorschot, Ralph</p21_authors>
  <p21_organisations>MA3 Solutions, Netherlands, The</p21_organisations>
  <p21_presenting_author>van Oorschot, Ralph</p21_presenting_author>
  <p21_title>Pushing the boundaries in microfluidic dispensing</p21_title>
  <p21_acceptance>Accepted</p21_acceptance>
  <p22_paperID>142</p22_paperID>
  <p22_contribution_type>Poster</p22_contribution_type>
  <p22_authors>Vrouwe, Elwin Xander; Brivio, Monica; Blom, Marko</p22_authors>
  <p22_organisations>Micronit Microfluidics, Netherlands, The</p22_organisations>
  <p22_presenting_author>Vrouwe, Elwin Xander</p22_presenting_author>
  <p22_title>Microfluidic device components for multistep assays</p22_title>
  <p22_acceptance>Accepted</p22_acceptance>
  <p23_paperID>119</p23_paperID>
  <p23_contribution_type>Poster</p23_contribution_type>
  <p23_authors>Suska, Anke; Comina, German; Filippini, Daniel</p23_authors>
  <p23_organisations>Linköping University, Sweden</p23_organisations>
  <p23_presenting_author>Filippini, Daniel</p23_presenting_author>
  <p23_title>UNIBODY THREE CHANNELS INJECTOR WITH INTEGRATED MANUAL PUMPS</p23_title>
  <p23_acceptance>Accepted</p23_acceptance>
  <p24_paperID>153</p24_paperID>
  <p24_contribution_type>Poster</p24_contribution_type>
  <p24_authors>Katerberg, Marcel Ronald (1); Ratering, Gijs Hermanus Johannus Maria (1); Platenkamp, Tom Herman (1); Van de Geest, Jan (1); Klein Hesselink, Sander (1); Lötters, Joost Conrad (1,2)</p24_authors>
  <p24_organisations>1: Bronkhorst High-Tech, Netherlands, The; 2: University of Twente, Transducer Science and Technology, Enschede, Netherlands, The</p24_organisations>
  <p24_presenting_author>Katerberg, Marcel Ronald</p24_presenting_author>
  <p24_title>LOW FLOW CORIOLIS FLOW CONTROLLER WITH PIEZO OPERATED CONTROL VALVE</p24_title>
  <p24_acceptance>Accepted</p24_acceptance>
  <p25_paperID>111</p25_paperID>
  <p25_contribution_type>Poster</p25_contribution_type>
  <p25_authors>Comina, German; Suska, Anke; Filippini, Daniel</p25_authors>
  <p25_organisations>Linköping University, Sweden</p25_organisations>
  <p25_presenting_author>Comina, German</p25_presenting_author>
  <p25_title>INTEGRATED PASSIVE CHECK-VALVES FOR 3D PRINTED FLUIDICS</p25_title>
  <p25_acceptance>Accepted</p25_acceptance>
  <sessionID>4</sessionID>
  <p26_paperID>155</p26_paperID>
  <p26_contribution_type>Poster</p26_contribution_type>
  <p26_authors>Trenkle, Dennis (1); Hakenberg, Sydney (1); Urban, Gerald (1,2); Dame, Gregory (1)</p26_authors>
  <p26_organisations>1: IMTEK, University of Freiburg, Freiburg, Germany; 2: Freiburg Institute for Advanced Studies, University of Freiburg, Freiburg, Germany</p26_organisations>
  <p26_presenting_author>Trenkle, Dennis</p26_presenting_author>
  <p26_title>ON CHIP RNA-EXTRACTION COMBINED WITH REVERSE TRANSCRIPTION (RT) ON CHIP FOR IMPROVED PATHOGEN DETECTION</p26_title>
  <p26_acceptance>Accepted</p26_acceptance>
  <p27_paperID>113</p27_paperID>
  <p27_contribution_type>Poster</p27_contribution_type>
  <p27_authors>Bliznyuk, Olesya; Sahin, Sami; Schroën, Karin</p27_authors>
  <p27_organisations>WUR, Netherlands, The</p27_organisations>
  <p27_presenting_author>Bliznyuk, Olesya</p27_presenting_author>
  <p27_title>EMULSION PREPARATION USING STAINLESS STEEL EDGE MICROFLUIDIC DEVICES</p27_title>
  <p27_acceptance>Accepted</p27_acceptance>
  <p28_paperID>120</p28_paperID>
  <p28_contribution_type>Poster</p28_contribution_type>
  <p28_authors>Li, Tao</p28_authors>
  <p28_organisations>Nanyang Technological University, Singapore</p28_organisations>
  <p28_presenting_author>Li, Tao</p28_presenting_author>
  <p28_title>FREQUENCY AND VOLTAGE CHARACTERISTICS OF A PIEZOELECTRIC DIAPHRAGM PUMP</p28_title>
  <p28_acceptance>Accepted</p28_acceptance>
  <p29_paperID>129</p29_paperID>
  <p29_contribution_type>Poster</p29_contribution_type>
  <p29_authors>Leibacher, Ivo; Reichert, Peter; Dual, Jürg</p29_authors>
  <p29_organisations>ETH Zurich, Switzerland</p29_organisations>
  <p29_presenting_author>Leibacher, Ivo</p29_presenting_author>
  <p29_title>MICROFLUIDIC DROPLET HANDLING BY ACOUSTOPHORESIS ON BULK ACOUSTIC WAVE (BAW) DEVICES</p29_title>
  <p29_acceptance>Accepted</p29_acceptance>
  <p30_paperID>123</p30_paperID>
  <p30_contribution_type>Poster</p30_contribution_type>
  <p30_authors>Zhai, Weichao; Nugent, Eileen; Grigore, Alexandra; Cicuta, Pietro</p30_authors>
  <p30_organisations>University of Cambridge, United Kingdom</p30_organisations>
  <p30_presenting_author>Zhai, Weichao</p30_presenting_author>
  <p30_title>A Study on Single and Multilayer Microvalves and Their Application to Analyze Infection Probability of P. Falciparum</p30_title>
  <p30_acceptance>Accepted</p30_acceptance>
  <sessionID>4</sessionID>
  <p31_paperID>162</p31_paperID>
  <p31_contribution_type>Poster</p31_contribution_type>
  <p31_authors>Bassler, Michael</p31_authors>
  <p31_organisations>ICT-IMM (IMM), Germany</p31_organisations>
  <p31_presenting_author>Bassler, Michael</p31_presenting_author>
  <p31_title>A robust electrical sensor for contactless control of moving plugs in microfluidic systems with high accuracy</p31_title>
  <p31_acceptance>Accepted</p31_acceptance>
  <p32_paperID>159</p32_paperID>
  <p32_contribution_type>Poster</p32_contribution_type>
  <p32_authors>Hashibon, Adham; Gurr, Matthias; Polfer, Pit; Burmeister, Frank; Kraft, Torsten</p32_authors>
  <p32_organisations>Fraunhofer IWM, Germany</p32_organisations>
  <p32_presenting_author>Hashibon, Adham</p32_presenting_author>
  <p32_title>COMPUTATIONAL DESIGN OF WETTING AND SPREADING BEHAVIOUR FOR ENHANCED IN-VITRO-DIAGNOSTIC APPLICATIONS</p32_title>
  <p32_acceptance>Accepted</p32_acceptance>
  <p33_paperID>161</p33_paperID>
  <p33_contribution_type>Poster</p33_contribution_type>
  <p33_authors>Seiffert, Sebastian (1,2)</p33_authors>
  <p33_organisations>1: Helmholtz-Zentrum Berlin, Germany; 2: Freie Universität Berlin, Germany</p33_organisations>
  <p33_presenting_author>Seiffert, Sebastian</p33_presenting_author>
  <p33_title>Small-Angle X-Ray and Neutron Scattering in Combination with Droplet Microfluidics</p33_title>
  <p33_acceptance>Accepted</p33_acceptance>
  <p34_paperID />
  <p34_contribution_type />
  <p34_authors />
  <p34_organisations />
  <p34_presenting_author />
  <p34_title />
  <p34_acceptance />
 </session>

 <session>
  <session_ID>5</session_ID>
  <session_short>Session 4</session_short>
  <session_title>Systems, part 1: mass flow controllers, precision dosing systems, pressure regulators,...</session_title>
  <session_start>2014-10-10 09:40</session_start>
  <session_end>2014-10-10 11:00</session_end>
  <session_room_ID>2</session_room_ID>
  <session_room>Aula</session_room>
  <session_room_info>University of Freiburg, KG I</session_room_info>
  <chair1 />
  <chair2 />
  <session_info />
  <session_abstract />
  <session_colour />
  <chair1_name />
  <chair1_organisation />
  <chair1_email />
  <chair1_email2 />
  <chair2_name />
  <chair2_organisation />
  <chair2_email />
  <chair2_email2 />
  <sessionID>5</sessionID>
  <presentations>5</presentations>
  <p1_paperID>128</p1_paperID>
  <p1_contribution_type>Oral</p1_contribution_type>
  <p1_authors>Leibacher, Ivo; Reichert, Peter; Dual, Jürg</p1_authors>
  <p1_organisations>ETH Zurich, Switzerland</p1_organisations>
  <p1_presenting_author>Leibacher, Ivo</p1_presenting_author>
  <p1_title>MICROFLUIDIC DROPLET HANDLING BY ACOUSTOPHORESIS ON BULK ACOUSTIC WAVE (BAW) DEVICES</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>150</p2_paperID>
  <p2_contribution_type>Oral</p2_contribution_type>
  <p2_authors>Ernst, Andreas (1,2); Riegger, Lutz (1,2); Koltay, Peter (1,2)</p2_authors>
  <p2_organisations>1: BioFluidix GmbH, Germany; 2: University of Freiburg, Lab for MEMS Applications, Freiburg, Germany</p2_organisations>
  <p2_presenting_author>Ernst, Andreas</p2_presenting_author>
  <p2_title>A DISPENSING SYSTEM FOR SEDIMENTING METAL MICROPARTICLE SOLUTIONS BASED ON A CIRCULATION MIXER METHOD</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>144</p3_paperID>
  <p3_contribution_type>Oral</p3_contribution_type>
  <p3_authors>Riba, Julian (1); Gutzweiler, Ludwig (1); Riegger, Lutz (1,2); Koltay, Peter (1,2); Zengerle, Roland (1); Gross, Andre (1)</p3_authors>
  <p3_organisations>1: University of Freiburg, Lab for MEMS Applications, Freiburg, Germany; 2: Biofluidix GmbH, Freiburg, Germany</p3_organisations>
  <p3_presenting_author>Riba, Julian</p3_presenting_author>
  <p3_title>A PICOLITER DISPENSER WITH DISPOSABLE CARTRIDGES FOR PRECISE AND CONTACT-FREE INJECTION OF DNA INTO OPEN MICROFLUIDIC STRUCTURES</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>158</p4_paperID>
  <p4_contribution_type>Oral</p4_contribution_type>
  <p4_authors>Pérez Garza, Hector Hugo; Ghatkesar, Murali Krishna; Staufer, Urs</p4_authors>
  <p4_organisations>Delft University of Technology, The Netherlands</p4_organisations>
  <p4_presenting_author>Pérez Garza, Hector Hugo</p4_presenting_author>
  <p4_title>NANO-WORKBENCH: A COMBINED AFM-FEMTOPIPETTE AND ROBOTIC NANOMANIPULATOR</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>146</p5_paperID>
  <p5_contribution_type>Oral</p5_contribution_type>
  <p5_authors>Kibler, Sebastian; Hassan, Laeschkir Lukman; Richter, Martin; Kutter, Christoph</p5_authors>
  <p5_organisations>Fraunhofer EMFT, Germany</p5_organisations>
  <p5_presenting_author>Kibler, Sebastian</p5_presenting_author>
  <p5_title>FEEDBACK CONTROLLED MICRODOSING SYSTEM FOR NANOLITER PER SECOND DOSING RATES USING A CAPACITIVE PHASE BOUNDARY TIME-OF-FLIGHT FLOW SENSOR</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>5</sessionID>
  <p6_paperID />
  <p6_contribution_type />
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  <p34_title />
  <p34_acceptance />
 </session>

 <session>
  <session_ID>6</session_ID>
  <session_short>Session 5</session_short>
  <session_title>Systems, part 2: gas chromatograph, liquid chromatograph, micro reaction systems, medical analyses,...</session_title>
  <session_start>2014-10-10 11:30</session_start>
  <session_end>2014-10-10 12:50</session_end>
  <session_room_ID>2</session_room_ID>
  <session_room>Aula</session_room>
  <session_room_info>University of Freiburg, KG I</session_room_info>
  <chair1 />
  <chair2 />
  <session_info />
  <session_abstract />
  <session_colour />
  <chair1_name />
  <chair1_organisation />
  <chair1_email />
  <chair1_email2 />
  <chair2_name />
  <chair2_organisation />
  <chair2_email />
  <chair2_email2 />
  <sessionID>6</sessionID>
  <presentations>5</presentations>
  <p1_paperID>143</p1_paperID>
  <p1_contribution_type>Oral</p1_contribution_type>
  <p1_authors>Gutzweiler, Ludwig (1); Gleichmann, Tobias (1); Koltay, Peter (1,2); Zengerle, Roland (1); Riegger, Lutz (1,2)</p1_authors>
  <p1_organisations>1: University of Freiburg, Lab for MEMS Applications, Freiburg, Germany; 2: BioFluidix GmbH, Freiburg, Germany</p1_organisations>
  <p1_presenting_author>Gutzweiler, Ludwig</p1_presenting_author>
  <p1_title>SEMI-CONTACT WRITING TECHNOLOGY &amp; APPLICATIONS</p1_title>
  <p1_acceptance>Accepted</p1_acceptance>
  <p2_paperID>157</p2_paperID>
  <p2_contribution_type>Oral</p2_contribution_type>
  <p2_authors>Hubbe, Hendrik (1); Hakenberg, Sydney (1); Dame, Gregory (1); Urban, Gerald (1,2)</p2_authors>
  <p2_organisations>1: University of Freiburg, Lab for Sensors, Germany; 2: University of Freiburg, Freiburg Institute for Advanced Studies, Germany</p2_organisations>
  <p2_presenting_author>Hubbe, Hendrik</p2_presenting_author>
  <p2_title>MICROFLUIDIC SAMPLE PREPARATION CHIP FOR RNA-BASED PATHOGEN DETECTION</p2_title>
  <p2_acceptance>Accepted</p2_acceptance>
  <p3_paperID>108</p3_paperID>
  <p3_contribution_type>Oral</p3_contribution_type>
  <p3_authors>Lee, Michael C. (1); Noell, Aaron (1); Hasenoerhl, Jennifer (1,2); Takano, Nobuyuki (1,3); Sherrit, Stewart (1); Grunthaner, Frank (1)</p3_authors>
  <p3_organisations>1: Jet Propulsion Lab (JPL-Caltech), Pasadena, USA; 2: University of Idaho, Moscow, USA.; 3: California State University, Pomona, USA</p3_organisations>
  <p3_presenting_author>Lee, Michael C.</p3_presenting_author>
  <p3_title>Microfluidic Subcritical Water Extraction Using Freeze Valves and Ultrasound</p3_title>
  <p3_acceptance>Accepted</p3_acceptance>
  <p4_paperID>126</p4_paperID>
  <p4_contribution_type>Oral</p4_contribution_type>
  <p4_authors>Alveringh, Dennis (1); Wiegerink, Remco J. (1); Lötters, Joost C. (1,2)</p4_authors>
  <p4_organisations>1: MESA+ Institute for Nanotechnology, University of Twente, Enschede, The Netherlands; 2: Bronkhorst High-Tech BV, Ruurlo, The Netherlands</p4_organisations>
  <p4_presenting_author>Alveringh, Dennis</p4_presenting_author>
  <p4_title>Towards System-Level Modeling and Characterization of Components for Intravenous Therapy</p4_title>
  <p4_acceptance>Accepted</p4_acceptance>
  <p5_paperID>148</p5_paperID>
  <p5_contribution_type>Oral</p5_contribution_type>
  <p5_authors>Sommer, Christian (1); Schott, Lisa (1); Walther, Thomas (2); Baßler, Michael (1)</p5_authors>
  <p5_organisations>1: Fraunhofer ICT-IMM, Germany; 2: Technische Universität Darmstadt</p5_organisations>
  <p5_presenting_author>Baßler, Michael</p5_presenting_author>
  <p5_title>CELL SIZE DISCRIMINATION BASED ON THE MEASUREMENT OF THE EQUILIBRIUM VELOCITY IN RECTANGULAR MICROCHANNELS FOR POINT OF CARE DIAGNOSTICS</p5_title>
  <p5_acceptance>Accepted</p5_acceptance>
  <sessionID>6</sessionID>
  <p6_paperID />
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</sessions>