- “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
- "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
- “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
- “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
- "Different methods of water activation." (Koltovoy N.A.) Book-2-h2-02-hl-6.pdf
- "Snelson PRESENTS electron pairing in two directions." (Kenneth Snelson)
- 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
- 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
- In memory of S.N. Novikov. ZhFNN No. 23-24 (7), pp. 157-158, 2019 (Zhigalov V.A.) sb69-1-9.pdf
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