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生体触媒を用いた高回転型ケミカルモーターに関する研究

机译:使用生物催化剂的高速化学马达的研究

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A chemical motor was constructed by a catalase immobilized tube-pump and a micro turbine system was developed and demonstrated. The catalase tube-pump produced an active pressure of oxygen vapor at the tube-inside by applying hydrogen peroxide to the tube-outside as chemical energy, resulting in the oxygen gas flux. The micro bladed wheel of the artificial turbine was revolved by the oxygen flux from the tube-pump, thus the rotational velocity was correlated with the H2O2 concentration. The potential applications of the chemical motor will allow to develop some intelligent biomimetic machines.
机译:通过固定有过氧化氢酶的管泵构造了化学马达,并开发并演示了微型涡轮系统。过氧化氢酶试管泵通过将过氧化氢作为化学能施加到试管外,在试管内产生了氧气蒸气的主动压力,从而产生了氧气通量。人造涡轮机的微叶轮通过来自管泵的氧气流旋转,因此旋转速度与H2O2浓度相关。化学马达的潜在应用将允许开发一些智能仿生机器。

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