journalF. Reichmann, A. Tollkötter, S. Körner, N. Kockmann

Gas-liquid dispersion in micronozzles and microreactor design for high interfacial area

Chem. Eng. Sc., 2017, vol. 169, p. 151-163, 10.1016/j.ces.2016.10.028

talkF. Reichmann, A. Tollkötter, N. Kockmann

Investigation of Bubble Break-Up in Microchannel Orifices

ASME-ICNMM 2016, 10.-14.07.2016, Washington, D.C., USA

talkF. Reichmann, A. Tollkötter, N. Kockmann

Investigations of Bubble Break-Up Mechanism in Microchannel Nozzles

8th Workshop of Chemical and Biological Micro Laboratory Technology, 23.-25.02.2016, Elgersburg, Germany

journalF. Reichmann, A. Tollkötter, N. Kockmann

Investigation of Bubble Break-Up in Microchannel Orifices

ASME-ICNMM 2016 , 2016, p. V001T03A008, 10.1115/ICNMM2016-8048

journalA. Tollkötter, F. Reichmann, F. Schirmbeck, J. Wesholowski, N. Kockmann

Gas-Liquid Flow Dispersion in Micro-Orifices and Bubble Coalescence With High Flow Rates

J. Electron. Packag., 2016, vol. 138, 10.1115/1.4032557

posterF. Reichmann, A. Tollkötter, N. Kockmann

Modulare Peltier-Kühlung eines mikrostrukturierten Reaktor-Baukastensystems

ProcessNet-Jahrestreffen Mikroverfahrenstechnik, 14.09.2015, Frankfurt, DE

talkA. Tollkötter, J. Wesholowski, F. Schirmbeck, N. Kockmann

High flow rate micro orifice dispersion of gas-liquid flow

ASME-ICNMM2015, 06.-07.09.2015, San Francisco, USA, ICNMM2015-48221

posterA. Tollkötter, F. Reichmann, N. Kockmann

Individual Temperature Control of Modules Within a Microstructured Reaction System

ECCE-EPIC5, 27.09.-01.10.2015, Nizza, FR

posterA. Tollkötter, M. Bussmann, J. Sackmann, W.K. Schomburg, N. Kockmann

Novel Micro Phase Splitter Made from Ultrasonic Welded Polymer Foils for a Variable Range of Flow Rates and Flow Regimes

ECCE10, 27.09.-01.10.2015, Nizza, FR

journalA. Tollkötter, J. Wesholowski, F. Schirmbeck, N. Kockmann

High flow rate micro orifice dispersion of gas-liquid flow

ASME-ICNMM2015, 2015, p. V001T04A055, 10.1115/ICNMM2015-48221

journalA. Tollkötter, J. Sackmann, T. Baldhoff, W.K. Schomburg, N. Kockmann

Modulares Mikroreaktorsystem aus ultraschallheißgeprägten Polymerfolien

Chem. Ing. Tech., 2015, vol. 87, p. 823-829, 10.1002/cite.201400146

journalA. Tollkötter, J. Sackmann, T. Baldhoff, W.K. Schomburg, N. Kockmann,

Ultrasonic hot embossed polymer micro reactors for the optical measurement of chemical reactions

Chem. Eng. Technol., 2015, vol. 38, p. 1113-1121, 10.1002/ceat.201400522

talkA. Tollkötter, N. Kockmann

A modular microfluidic system for high flow rate re-dispersion of gas-liquid flow

ASME-ICNMM 2014, 03.-07.08.2014, Chicago, USA, ICNMM2014-22048

talkA. Tollkötter, J. Sackmann, N. Kockmann, K.-W. Schomburg

Multiphase Reactions in a Modular Microfluidic System Fabricated from Ultrasonic Welding

IMRET 13, 24.-26.06.2014, Budapest, HU

talkL. Hohmann, A. Tollkötter, N. Kockmann

Mass Transfer and Precipitation at the Gas-Liquid Interface of Single, Levitated Microbubbles

IMRET 13, 23.-25.06.2014, Budapest, HU

posterL. Hohmann, A. Tollkötter, F. Schilling, M. Matuschek und N. Kockmann

Visualization of a Particle Formation Process at the Gas-Liquid Interface in Continuous-Flow Devices

International Workshop on Nucleation and Early Stages of Particle Formation, 05.-06.06.2014, Erlangen, DE

talkT. Baldhoff, A. Tollkötter, N. Kockmann, J. Sackmann, W. Schomburg

Modulares mikrofluidisches System aus Kunststofffolien zur schnellen Untersuchung von chemischen Reaktionen

ProcessNet-Jahrestreffen Reaktionstechnik, 28.-30.04.2014, Würzburg, DE

talkA. Tollkötter, T. Baldhoff, J. Sackmann, N. Kockmann, W.K. Schomburg

Modular Microfluidic System Fabricated from Ultrasonic Welded Polymer Foils

7th Workshop of Chemical and Biological Micro Laboratory Technology, 25.-27.02.2014, Elgersburg/Ilmenau, DE

talkN. Ovat, T. Baldhoff, A. Tollkötter, N. Kockmann, J. Sackmann, W.-K. Schomburg

Mikrofluidisches System aus Ultraschall-heißgeprägten PVDF-Modulen zur Untersuchung von Mehrphasenreaktionen

ProcessNet-Jahrestagung, 30.09.-02.10.2014, Aachen, DE

proceedingN. Ovat, T. Baldhoff, A. Tollkötter, N. Kockmann, J. Sackmann, W.-K. Schomburg

Mikrofluidisches System aus Ultraschall-heißgeprägten PVDF-Modulen zur Untersuchung von Mehrphasenreaktionen

Chem. Ing. Tech., 2014, vol. 86, p. 1526, 10.1002/cite.201450118

Gas-liquid dispersion in micronozzles and microreactor design for high interfacial area

Investigation of Bubble Break-Up in Microchannel Orifices

Investigations of Bubble Break-Up Mechanism in Microchannel Nozzles

Investigation of Bubble Break-Up in Microchannel Orifices

Gas-Liquid Flow Dispersion in Micro-Orifices and Bubble Coalescence With High Flow Rates

Modulare Peltier-Kühlung eines mikrostrukturierten Reaktor-Baukastensystems

High flow rate micro orifice dispersion of gas-liquid flow

Individual Temperature Control of Modules Within a Microstructured Reaction System

Novel Micro Phase Splitter Made from Ultrasonic Welded Polymer Foils for a Variable Range of Flow Rates and Flow Regimes

High flow rate micro orifice dispersion of gas-liquid flow

Modulares Mikroreaktorsystem aus ultraschallheißgeprägten Polymerfolien

Ultrasonic hot embossed polymer micro reactors for the optical measurement of chemical reactions

A modular microfluidic system for high flow rate re-dispersion of gas-liquid flow

Multiphase Reactions in a Modular Microfluidic System Fabricated from Ultrasonic Welding

Mass Transfer and Precipitation at the Gas-Liquid Interface of Single, Levitated Microbubbles

Visualization of a Particle Formation Process at the Gas-Liquid Interface in Continuous-Flow Devices

Modulares mikrofluidisches System aus Kunststofffolien zur schnellen Untersuchung von chemischen Reaktionen

Modular Microfluidic System Fabricated from Ultrasonic Welded Polymer Foils

Mikrofluidisches System aus Ultraschall-heißgeprägten PVDF-Modulen zur Untersuchung von Mehrphasenreaktionen

Mikrofluidisches System aus Ultraschall-heißgeprägten PVDF-Modulen zur Untersuchung von Mehrphasenreaktionen

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