Titlebook: Micro Total Analysis Systems; Proceedings of the μ A. Berg,P. Bergveld Conference proceedings 1995 Springer Science+Business Media Dordrech

反感

Combined Blood Gas Sensor for pO2, pCO2 and pH,d an integrated flow-through channel. Classical electrochemical sensing principles are used, realized in a planar form. The sensor is fabricated entirely on wafer level using IC-compatible processes. By integrating a flow-through channel directly on chip, the sample size and the reagent consumption

有幫助

,A Fluid Handling and Injection Microsystem for a μTAS, general a μTAS is obtained by the integration of the following components: a) a fluid handling and injection system; b) a selective sensor to detect and measure the concentration of chemical species; c) an electronic unit to control pumps, valves and sensors. The fluid injection system described in

擦掉

spondylosis

泰然自若

,μ-TAS: Miniaturized Total Chemical Analysis Systems,y defined micro structures. Examples of silicon and glass micro structures for flow-injection analysis, capillary liquid chromatography and capillary electrophoresis are given. The results obtained indicate faster separations, dramatically reduced reagent consumption, and access to novel types of analysis techniques.

邊緣帶來(lái)墨水

wall-stress

,Flow Injection Microsystems — There is a Past but Where is the Future ?,ntages for microminiaturization. New type of detector — the jet ring cell will be introduced and its use in cytoanalysis and for flow injection on renewable surfaces will be demonstrated. Merits of novel class of chemical sensors with renewable surfaces will be discussed.

Inflated

,Application of Miniature Analyzers: from Microfluidic Components to μTAS,s in the choice of the dimensions of the channels in the flow system are investigated experimentally with the emphasis on mixing aspects. The experimental evaluation of valves especially designed for use in chemical analysis systems is presented. Finally, the importance of focusing on the chemical aspects of micro-TAS is discussed.

控訴

拍翅