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Integrated channel selector for directing fluid flow using thermoreversible gelation controlled by a digital mirror device
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نویسنده
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shirasaki y. ,tatsuoka m. ,yamagishi m. ,mizuno j. ,shoji s. ,funatsu t.
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منبع
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journal of sensors - 2013 - دوره : 2013 - شماره : 0
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چکیده
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An integrated channel selector system employing thermoreversible gelation of a polymer was developed. here,we show a system with 3 × 3 arrayed microchannels having nine crossing points. infrared laser irradiation was used to form gel areas at several crossing points in arranging a flow path from the inlet to one of the nine outlets passing through certain junctions and channels. the multipoint irradiation by the infrared laser was realized using a personal-computer-controlled digital mirror device. the system was demonstrated to be able to direct flow to all nine outlets. finally,we achieved to produce flexible paths for flowing particles including side trips. © 2013 yoshitaka shirasaki et al.
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آدرس
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reserch center for allergy and immunology,riken,1-7-22 suehiro-cho,tsurumi-ku,yokohama,kanagawa 230-0045,japan,graduate school of advanced science and engineering,waseda university,3-4-1 ohkubo, Japan, graduate school of advanced science and engineering,waseda university,3-4-1 ohkubo, Japan, reserch center for allergy and immunology,riken,1-7-22 suehiro-cho,tsurumi-ku,yokohama, Japan, graduate school of advanced science and engineering,waseda university,3-4-1 ohkubo, Japan, graduate school of advanced science and engineering,waseda university,3-4-1 ohkubo, Japan, laboratory of bioanalytical chemistry,tokyo university,7-3-1 hongo, Japan
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Authors
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