Vol.25,No.1 December 2003 Thesis 3. pp.33-41.
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淡水魚の成長に及ぼす単純零磁場の影響
佐々木茂美* 日本工業技術振興協会
張 春生 中国人体科学研究院
岩田 昇 (株)大一テクノ
The effects of simple zero magnetic field on the growth of fresh water fish
Shigemi SASAKI * (Japan Technology Tranfer Association, Japan)
Chunheng ZHANG (The Chinese Academy of Somatic Science)
Noboru IWATA (Daiichi Techno Co. )
Abstract
After taking 2 non-inductive, left and right spiral coils, laying the right coil over the left coil so that they were in reverse directions, and turning on a fluctuating current, a zero magnetic field was generated.
When the current was switched on with this non-inductive coil, three types of fluctuating electrical current wave form: a 50Hz complex sine wave, 8Hz single pulse wave and a random state pulse wave, formed a zero magnetic field, to which a total of 1300 "Nilon" fresh water fish were given intermittent exposure (treatment). Following exposure to differing treatment periods and number of treatments, after growing for 40 days we recorded the state of growth. Then, when the arithmetic mean value was recorded, the correlation between exposure period and the living rate of the fresh water fish, rate of growing of length and rate of increase of body weight was looked at, and in addition we examined distribution behaviors when normal distribution statistics were recorded.
(1) In the case of recording the arithmetic mean, when pulse wave and random state pulse wave were administered during the winter period, for exposure to zero magnetic field, growth retardation was apparent. In all other cases, growth promotion was apparent.
(2) When normal distribution statistics were recorded, in the case of adequate feed and exposure to a zero magnetic field established by simple pulse waves and complex sine waves, growth promotion was apparent. In the case of exposure to random pulse waves, growth was inhibited. When feed was insufficient, in the presence of complex sine waves, growth retardation was apparent.
(3) Overall, we observed tendencies to accelerated growth in spring and retarded growth in winter.
(4) In characteristic results of exposure to a simple null magnetic field, compared with the control group, the treatment (exposure) group displayed two differing trends of growth promotion and growth retardation.
In this case, a simple zero magnetic field was that established by non-inductive coil element, meaning without other improvements such as artificial regulation by, waveform preservation (non-diminishing) through altered waveform or energy enhancement or regulation from crystals etc, (i.e. purely a zero magnetic field).
Keywords : zeromagnetic field, fresh water fish, non-inductive coil, pulse-wave, growth promotion, growth retardation.
Received : August 4, 2003
Accepted : October 8, 2003
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