[12a-N324-1~9] 10.5 Application of magnetic field

[12a-N324-1] FT-IR principal component analysis of the effects of magnetic field on aqueous electrolyte solutions

〇Fumiko Kimura^1,2, Shuhei Yamane¹, Keita Suzuki¹, Shigeru Horii², Tsunehisa Kimura^1,3 (1.Kyoto Univ., 2.KUAS, 3.FUT)

Keywords:magnetic field treatment, electrolyte aqueous solution, FT-IR principal component analysis

Since the vibration spectrum is sensitive to the local environment of the molecule, structural changes in water due to magnetic field treatment are detectable by vibrational spectroscopy. In addition, since the structural changes in water due to magnetic field treatment are considered to be small, the principal component analysis method is effective for analyzing such the minute changes. In this study, the effects of the magnetic field on the aqueous electrolyte solutions were investigated using infrared spectroscopy. The effect of dissolved oxygen molecules in the aqueous solutions was also investigated.