電解水中に含まれる溶存水素の定量方法は、主に溶存水素計を用いて行われている。さらに、溶存水素の簡便な定量法として、酸化還元指示薬として使われているメチレンブルーと白金ナノコロイド分散溶液を用いたoxidimetry法が普及してきた。だが、この方法で求められた溶存水素濃度は、従来法で求めた溶存水素濃度より低くなること場合がある。この濃度の違いの要因を検討した。

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The interaction between water and air bubble is described on the base on the non-liner mode reaction.　But, recently, we have been able to analyze, characterize and estimate the size, the number (concentration) and the distribution of the gas bubbles by using the advanced technology.　In the primary industry (agriculture and fishery), the fine air and O2 bubble water can improve the un-aerobic condition and stimulate the growth rate of many kinds of plants, fishes and oyster.　On the other hand, the fine N2 and CO2 gas bubble water can keep un-aerobic condition.　We can store the raw meat of fishes for a long time using the fine N2 bubble.　The photosynthesis of cyanobacteria is enhanced by the addition of the fine CO2 bubble.　In the secondary industry, the computer silicon wafer are washed and cleaned up by using the fine bubble system. The drag reduction in ships is improved by the application of the fine bubble technology.　In the medical field, the fine O3 gas bubble has antiviral and bactericidal activities. The NO gas produced by the reaction in the fine air bubble water has many good effects to human health, such as anti-high blood pressure and anti-arteriosclerosis.　The fine air bubble is also utilized to enhance the contrast of the image of blood vessel in the ultrasonic diagnostic imaging system.　The study on the biological safety to human body is required before we use the fine bubble-technique.

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