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HOLLOW FIBER MICROPOROUS MEMBRANE AND MEMBRANE OXYGENATOR FORMED BY INCORPORATING THE SAME
HOLLOW FIBER MICROPOROUS MEMBRANE AND MEMBRANE OXYGENATOR FORMED BY INCORPORATING THE SAME
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机译:中空纤维微孔膜和膜氧合器的组成
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摘要
PROBLEM TO BE SOLVED: To provide hollow fiber microporous membranes demonstrating sufficient plasma leakage resistance and stable and excellent gas exchangeability over a long and continuous use, and an oxygenator incorporated therewith.;SOLUTION: The hollow fiber microporous membrane is formed of hydrophobic elements with an oxygen gas flux of 10×10-5 to 500×10-5 [cm3(STP)/cm2/sec/cmHg], an ethanol flux of 2-80 [ml/min/m2], and communication holes of an average hole radius of 0.008-0.07 μm. The membrane oxygenator incorporated with the hollow fiber microporous membrane has excellent changeability of oxygen with carbon dioxide compared to conventional microporous membranes and membrane oxygenators incorporated therewith, and has plasma leakage resistance allowing a long term continuous use for more than one week.;COPYRIGHT: (C)2011,JPO&INPIT
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机译:解决的问题:提供中空纤维微孔膜,该膜在长期连续使用中表现出足够的耐等离子体泄漏性和稳定且优异的气体交换性,并结合有充氧器。氧气通量为10×10 -5 Sup>至500×10 -5 Sup> [cm 3 Sup>(STP)/ cm 2 Sup> / sec / cmHg],2-80 [ml / min / m 2 Sup>]的乙醇通量和平均孔半径为0.008-0.07μm的连通孔。与中空纤维微孔膜结合的膜氧合器与常规微孔膜和与之结合的膜氧合器相比,具有优异的氧与二氧化碳的可变性,并且具有耐等离子体泄漏的特性,可以长期连续使用一周以上。 C)2011,日本特许厅
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