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Electrochemical performance of ultrafine bubble water

机译:超细泡沫水的电化学性能

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The electrochemical performance of ultrafine bubble (UFB) water, is reported herein. Recently, UFB has found applications in various fields, However, the detailed mechanism underlying the performance of UFB is not known, although the relevance of ions (proton and hydroxide ion) in solution has been discussed. Therefore, we investigated UFB through electrochemical measurements. First, we conducted a preliminary experiment in an ultrafine bubble generator (BUVITAS HYK-32-D, KYOWA KISETSU) and a measuring device for the concentration of microparticles (NAN0S1GHT LM-10, Quantum Design, Inc.) . We also measured the electrical conductivity (S230, Mettler Toledo) and pH (LAQUA F-73, Horiba co. Ltd.) and found that the amount of flowing gas and. the gas species did not influence the UFB concentration.
机译:本文报道了超细泡(UFB)水的电化学性能。最近,UFB已经发现了各种领域的应用,然而,尚不知道UFB性能的详细机制,尽管已经讨论了溶液中的离子(质子和氢氧化物离子)的相关性。因此,我们通过电化学测量研究了UFB。首先,我们在超细泡沫发生器(Buvitas Hyk-32-D,Kyowa Kisetsu)中进行了初步实验,以及用于微粒浓度的测量装置(Nan0S1GHT LM-10,Quantum Design,Inc。)。我们还测量了电导率(S230,Mettler Toledo)和pH(哈巴F-73,Horiba Co.),发现流动的气体量和。气体物种没有影响UFB浓度。

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