Gradual Decrease of Electric Resistivity in Water Triggered by Milli-Gauss Low Frequency Pulsed Magnetic Field

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概要

• 論文の詳細を見る

• A peculiar phenomenon of a gradual decrease of the electric resistivity in the water triggered with a milli-gauss low-frequency pulsed magnetic field was found. A typical decrease ratio of the electric resistivity ρ is about 10% during 40 min., and 20〜30% during 15 hours after applying a pulsed magnetic field of 1 milli gauss(mG)and 3 Hz with 1% duty ratio through 1 s. While the non-magnetized water(Control)with ρ of 8〜10 kΩ・m rather increased its resistivity through several hours and then showed almost constant through another several hours. A mixed water of an as-prepared water with ρ of 9.24 kΩ・m and a magnetized water of 4.50 kΩ・m also gradually decreased its resistivity after mixing through several hours and days. A higher stability of ρ against cooling(icing)and then warming temperature variations in the magnetized water. These phenomena stably appear through cool seasons except hot summer season.

• 社団法人日本磁気学会の論文
• 2001-11-01

著者

• Mohri Kaneo

  Graduate School Of. Electrical Engineering Nagoya University

• Fukushima Masanori

  Graduate School Of Medicine & Public Health Kyoto University

• Matsumoto Mippo

  Jyoyuin RBP Labs

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• Gradual Decrease of Electric Resistivity in Water Triggered by Milli-Gauss Low Frequency Pulsed Magnetic Field

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