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Vol. 13, Art. 68 (pp. 813-831)    |    2012       

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Research of conditional viscosity of thermally activated water

Ignatjev V.К., Shmakov P.М.

Volgograd State University,
Physical-Technical Institute

Brief summary

The investigations of conditional viscosity of the water subjected to thermal activation have been conducted in various regimens. It was confirmed that water structure changed at activation. Viscosity measurements were conducted using the filtering membranes MFAS-B with the size of a pores 0,05 microns. It was approved that thermally activated water is capable to keep the lowered viscosity on rather wide intervals of time. It was experimentally shown that viscosity of the activated water was influenced by structural changes in a structure of the water, instead of degassing.


Key words

Biologically active water, cluster, hydrogen bonds, thermal activation, conditional fluidity, a filtering membrane, conditional temperature.

Reference list




1. Zacepina G.N. Svoistva i stryktyra vodi. — M.: Izd-vo Mosk. yn-ta, 1974. – 168 s.


2. Aizenberg D., Kaycman D. Stryktyra i svoistva vodi. – L.: Gidrometeoizdat, 1975. – 280 s.


3. Internet resyrs, rejim dostypa: http://andeg.com.ua/site/page26348.html.


4. Zelepyhin V.L., Zelepyhin I.L., Krasnogolovec V.V. Mehanizm stryktyrirovaniya vodi degazirovaniem. - K.: In-t fiziki AN YSSR, 1989. – 54 s.


5. Kyrs fizicheskoi himii. T. 1. / Pod red. Ya.I. Gerasimova. – M.: Himiya, 1964. – 624 s.


6. Raihardt K. Rastvoriteli i effekti sredi v organicheskoi himii. M.: Mir, 1991. – 763 s.


7. Lobishev V.I. Voda kak sensor slabih vozdeistvii fizicheskoi i himicheskoi prirodi. // Rossiiskii himicheskii jyrnal. – 2007. – T. LI. – № 1. – S.


8. Ob obespechenii edinstva izmerenii: feder. zakon Ros. Federacii ot 26 iun. 2008 g. № 102 – FZ: prinyat Gos. Dymoi Feder. Sobr. Ros. Federacii 11 iun. 2008 g. // Ros. gaz. – 2008. – 26 iun.


9. GOST 8.025–96 Gosydarstvennaya sistema obespecheniya edinstva izmerenii. Gosydarstvennaya poverochnaya shema dlya sredstv izmereniya vyazkosti jidkostei. Vveden 01.01.1998. – M.: Izd-vo standartov, 1997. – 4 s.


10. Vorobev A.H. Diffyzionnie zadachi v himicheskoi kinetike. – M.: Izd-vo Mosk. yn-ta, 2003. – 98 s.


11. Leggett A.J., Chakravarty S., Dorsey A.T., Fisher M.P.A., Garg A., Zwerger W. Dynamics of the dissipative two-state system. // Rev. Mod. Phys. – V. 59. – № 3. – 1987. – R. 1 – 85.


12. Molekylyarnie vzaimodeistviya. / Pod red. G. Rataichik, Y. Orvill-Tomas. – M.: Mir, 1984. – 598 s.


13. Burshtein A.I. Unifield theory of fotochemical carge separation // Advances in Chemical Physics. – V. 114. – 2000. – P. 419 – 587.


14. Eliseev A. G. i dr. Bolshaya medicinskaya enciklopediya. ­– M.: EKSMO, 2005.


15. Kozlov M.G. Metrologiya i standartizaciya: Ychebnik / M.G. Kozlov. – SPb.: Izd-vo «Peterbyrgskii in-t pechati», 2001. – 372 s.


16. Kikoin I.K. Tablica fizicheskih velichin. – M.: Atomizdat, 1976. – 1009 s.


17. GOST 1532–81. Viskozimetri dlya opredeleniya yslovnoi vyazkosti. Tehnicheskie ysloviya. Vveden 01.01.1982. – M.: Izd-vo standartov, 1987. – 11 s.


18. Savelev I.V. Kyrs obshei fiziki. T.1. Mehanika. Molekylyarnaya fizika. – M.: Nayka, 1982. – 432 s.


19. Emanyel N.M., Knorre D.G. Kyrs himicheskoi kinetiki. – M.: Visshaya shkola, 1984. – 463 s.


20. Internet resyrs, rejim dostypa: http://svyato.info/volgogradskaja-oblast/7603-rodniki-kljuchi-kolodcy-svjatye-istochniki.html