By Robert S. Wegeng, M. Kevin Drost, David L. Brenchley (auth.), Professor Dr. Wolfgang Ehrfeld (eds.)
Miniaturization has rate and time-saving merits for varied purposes in chemistry, pharmacy, drugs and biotechnology. also, microreaction expertise deals new options for the auto and environmental expertise, e.g. gasoline cells, or cellular sensor structures for on-the-spot research. for this reason, the third overseas convention on Microreaction know-how - IMRET three is a crucial discussion board for growing wisdom of the wide range of the hot traits during this up-and-coming discipline.
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Extra resources for Microreaction Technology: Industrial Prospects: IMRET 3: Proceedings of the Third International Conference on Microreaction Technology
Example text
Additional developments dealt with the improvement of the heating and cooling process in GC-temperature programming in order to further increase analysis speed. Results achieved with a 2D-test module for fast heating of short packed GC-columns clearly show the capability of this device for speeding up analysis time. For example, using product mixtures of the ethylene oxide synthesis, retention time for the ethylene oxide peak was decreased to 80 seconds, a factor of four compared to conventional GC-analysis.
G. fluid interconnects, mixing units and separation or reaction channels in integrated micro chemical analysis systems. g. in microreactors for partial gas phase reactions or for enzyme reactions. g. g. for microdialysis). g. silicon dioxide were discussed, which use the etched silicon channels, described above, as a mould for the deposition of insulating and/or transparent materials. g. capillary electrophoresis. Acknowledgments The authors thank Y. L. Spiering (TMP), GJ. V. Jansen, lW. Berenschot and MJ.
The primary material in which the channels are fabricated is silicon, and the methods to be discussed include (an)isotropic and anodic etching in solutions, reactive ion etching in plasmas, and combinations of wet and dry methods. The fabrication of channels consisting of porous silicon will also be considered, and applications of such channels will be discussed. Finally, the use of silicon channels as moulds for the deposition of insulating materials like silicon nitride or glass will be described, which allow the fabrication of structures suitable for capillary electrophoresis and related separation methods.