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"IIS-RT"-2019. Collection №69-1.

"Couple - Ortho", "Living - Dead" Water!
Spin Isomers!
(Experiment)

  1. “Quasiperiodic character of intermolecular interactions in water”. Biophysics. 2014.V.59, issue 6, p. 1195-1208. (Drozdov A.V., Nagorskaya T.P.) sb69-1-1.pdf
  2. "The effect of spin-selective adsorption of water vapor." (Vigasin A.A., Volkov A.A.,Tikhonov V.I., Schelushkin R.V.)sb69-1-2.pdf
  3. “HF and microwave resonances of mixed quantum states of the ortho-pair of spin-isomers of H2O as a factor in their conversion and impact on biological objects.” Nanostructures. Mathematical Physics and Modeling. 2015, Volume 12, No. 2, 77–88 (Pershin S.M.) sb69-1-3.pdf
  4. “Ortho / vapor conversion of Н2О in water and a jump in the“ fluidity ”of red blood cells through a microcapillary at a temperature of 36.6 ± 0.3 degrees C". (Pershin S.M.) sb69-1-4.pdf
  5. "Different methods of water activation." (Koltovoy N.A.) Book-2-h2-02-hl-6.pdf
  6. "Snelson PRESENTS electron pairing in two directions." (Kenneth Snelson)
  7. Is the effect of spin isomers of water on the Schottky effect possible? (Novikov S.N., Ermolaeva A.I., Timoshenkov S.P., Goryunova E.P.) sb69-1-7.pdf
  8. On the possibility of controlling the Schottky effect in the ’H2O-Si (100)’ system through external exposure to water. ZhFNN No. 14 (4), pp. 7-11, 2016 (Novikov S.N., Zhigalov V.A., Korobova N.E., Poyarkov K.B., Goryunova E.P.) sb69-1-8.pdf
  9. In memory of S.N. Novikov. ZhFNN No. 23-24 (7), pp. 157-158, 2019 (Zhigalov V.A.) sb69-1-9.pdf