Research of 'zero-magnetic field' of non-inductive coil and its influence on distilled water

This paper reports the measurement of 'qi' in the distilled water that was radiated with non-inductive-coil (NIC). In the experiments, 'qi' was measured by the conductivity method that detected the increasing tendency of conductivity of the distilled water that was treated by 'zero-magnetic-field' formed with NIC. Here NIC was excited by each of three kinds of electric signals. The experiments revealed the following facts and some are added with notes.

1) The conductivity-increasing tendency of the distilled water (Sct) which was not affected with NIC was smaller than that of the contrast distilled water (Scc), when the water in the temperature controlled water bath was being stirred. The result may mean that 'qi' came into the distilled water through the glass bottle wall from the water being stirred outside.
2) The conductivity-increasing tendency of the distilled water (Stt) which was treated with NIC was larger than that of the contrast water (Sct). This probably indicates that more 'Qi' was absorbed in the distilled water under NIC treatment.
3) From the results of exciting signal patterns, pulse wave produced the larger increase amount conductivity than a complex sin wave (1MHz+2MHz). The pulse wave is considered to have the higher productivity of 'qi' than the complex sin wave.
4) According to t-test at 1% significance level, the significant values covered 5% of the total test results.