Basic our results of the studies performed in the area of resonance effect of fields on non-linear physical and biological systems.

  1. The possibility of selective spatial containment of bodies and particles (from elementary to macro) in inhomogeneous resonance electromagnetic fields without external feedback was demonstrated theoretically and experimentally for the first time (1974). There is worked out a method allowing finding the areas of dynamic stability of unstable states of complex multi-component non-linear systems of the physical nature in the conditions of resonance and without in the analytical form with the necessary degree of accuracy (1988). For example, in 1989 a group of foreign authors was awarded the Nobel Prizeа for the non-resonance containment of charged particles in electrodynamic traps without feedback. In the opinion of foreign experts, this direction means a break-through in the field of fundamental physics, biophysics, and engineering. Later various scientists developed new unique techniques of diagnostics and biotechnology (nano-separation) on the basis of study of the dynamics of live cells in inhomogeneous electromagnetic fields (1994).
  2. Problem "1/R3" is solved (1984). There is shown for the first time the possibility of formation of resonance microklasters - stable resonance states of motions in the system of two oscillating dipoles (SOD) due to the non-linear parametric resonance.
  3. The phenomenon of contactless activation of liquids (CAL) confirming the existence of SOD in electrolyzers without diaphragm (1999) and during chemical reactions (2001) was discovered experimentally in the process of dissolving of microhydrin (capsules of "longevity"), components of the ordinary developer for black and white photography (Metolhydroquinone, Phenidonehydroquinone), tee, medicines.
  4. Developed is the method of microwave spectroscopy of CAL (2002). The CAL effect allows obtaining thermodynamic non-equilibrium liquids with microklaster structure and negative redox without changing their chemical composition (potable water, physiological solution, blood, etc.). Reference: microhydrin, when dissolved, leads to the analogous effect of obtaining of activated liquids with negative redox.

  5. There is demonstrated experimentally the positive effect of activated media (water, air) on biosystems (seed germination, growing fish from roe, cells, blood elements, during treatment of the sick).

The most promising lines of resonance technologies:
  1. Creation of particle traps of various types with dimensions from elementary to macro and study of the properties and dynamics of separate particles in such traps including electrons, ions, atoms, molecules (with their further packing on the board - molecular technology), cells, electrodynamic containment of plasma;
  2. Obtaining autonomous, stable, oscillating systems, in particular, autostable plasma, activated water;
  3. Robotization spatial contactless orientation, holding and control over microparts during assembling of various devices, instruments and articles;
  4. Selective separation of various powders (magnetic, ferromagnetic, etc., in particular, for magnetic media magnetic disks, tapes);
  5. Ultrasensitive sensors of fields (electromagnetic, acoustic, hydrodynamic, gravitational) on the basis of suspensions and SOD microclusters;
  6. Weighing, holding and moving various bodies (motor rotors, gyros, toys, hauling units on magnetic suspension);
  7. New contactless resonance methods of medical treatment with guaranty;
  8. New resonance methods of diagnostics on the basis of resonance containment of cells and SOD microclasters ;
  9. Solution of the problem of provision of the population with potable water (at a cost price of about $0.002 for 1 l), economical, effective, environmentally friendly production of potable water.
Our articles and patents:
  1. Shironosov V.G. Resonance in physics, chemistry and biology. Izhevsk. Publ. House "Udmurtia University", 2001. 92 p. sb22e.pdf.
  2. Shironosov V.G. About stability of unstable states, bifurcation and chaos of non-linear dynamic systems. DAN SSSR, 1990, v. 314, No.2, p. 316-320. sb66-5_en.pdf.
  3. Shironosov V.G. About P.L. Kapitsa's pendulum outside of and in the zone of parametric resonance. - ZHTF, 1990, v. 60, issue 12, p. 1-7. sb66-6en.pdf.
  4. Filatov A.I., Shironosov V.G. About necessity of consideration of magnetic resonance forces in experimental study of non-linear ferromagnetic resonance in unsecured samples (O neobkhodimosti ucheta magnitorezonansnykh sil pri eksperimentalnom izuchenii nelineinogo ferromagnitnogo rezonansa v nezakreplennykh obraztsakh) (in Russian). - Izv. vuzov, Fizika, No. 1, 1977, p.138-139.
  5. Shironosov V.G. Effect of resonance capture of spin particles (Effekt resonansnogo zakhvata spinovykh chastits) (in Russian). ZHTF, 1983, v. 53, issue. 7, p. 1414-1416.
  6. Shironosov V.G. Problem of two magnetic dipoles with account for equations of motion of their spins (Zadacha dvukh magnitnykh dipoley s uchetom uravnenii dvizheniya ikh spinov) (in Russian). - Izv. vuzov, Fizika, 1985, v. 28, No. 7, p. 74-78.
  7. Shironosov V.G., Kuzmin S.V. Analog simulation of dynamics of magnetic dipole in inhomogeneous magnetic field (Analogovoe modelirovanie dinamiki magnitnogo dipolya v neodnorodnom magnitnom pole) (in Russian), - ZHTF, 1987, v. 57, issue 3, p. 583-585.
  8. Shironosov V.G., Susloparov V.M. Stability of stationary motion of magnetic top in inhomogeneous magnetic field (Ustoichivost statsionarnogo dvizheniya magnitnogo volchka v neodnorodnom magnitnom pole) (in Russian). - ZHTF, 1987, v. 57, issue 4, p. 785-787.
  9. Shironosov V.G. Increase of sensitivity of ponderomotive wattmeters by means of ferromagnetic resonance (Uvelichenie chuvstvitelnosti ponderomotornykh vattmetrov s pomoshchyu ferromagnitnogo resonansa (in Russian). - Radiotekhnika, 1980, v. 35, No. 5, p. 64.
  10. Shironosov V.G. Electromagnetic resonance pressure and torque (Electromagnitnoe resonansnoe davlenie I moment sil) (in Russian). UFZH, 1980, v. 25, No. 10, p. 1742-1744.
  11. Shironosov V.G. About necessity of consideration of ponderomotive torque in study of non-linear ferromagnetic resonance in anisotropic samples (O neobkhodimosti ucheta ponderomotornogo momenta sil pri izuchenii nelineinogo ferromagnitnogo rezonansa v anizotropnykh obraztsakh) (in Russian). - ZHTF, 1981, v. 51, issue 1, p. 192-193.
  12. Bonshtedt A.V., Shironosov V.G. Resonance containment of particles with intrinsic magnetic moment in alternating magnetic field (Resonansnoe uderzhanie chastits s sobstvennym magnitnym momentum v peremennom magnitnom pole) (in Russian). - Letters to ZHTF, 1989, v. 15, No. 5, p. 82-85.
  13. Shironosov V.G., Bonshtedt A.V. Spatial separation of particles with magnetic moment in inhomogeneous alternating magnetic field (Prostranstvennoe razdelenie chastits s magnitnym momentum v neodnorodnom peremennom magnitnom pole) (in Russian). - Thesis of the XVIII All-union Conference on Physics of Magnetic Phenomena. Kalinin. 3-6.10.88 1988, p. 886.
  14. Shironosov V.G. About new components of force influencing ferromagnet under resonance (O novykh komponentakh sily deistvuyushchei na ferromagnetic pri resonance) (in Russian). - Proceedings: Thesis of the XVIII All-union Conference on Physics of Magnetic Phenomena, Kharkov, 26-29.09.79, 1979, Kharkov, p. 259.
  15. Shironosov V.G. Physical foundation of resonance activation of water (Fizicheskie osnovy resonansnoi aktivatsii vody) (in Russian). Proceedings of the 1st International Symposium on Electric Activation, Moscow, 4-5 November 1997 , p. 220-221.
  16. Shironosov V.G., Shironosov E.V. Experiments on contactless activation of water (Opyty po beskontaktnoi aktivatsii vody) (in Russian). Proceedings of the 2nd International Symposium. Electrochemical Activation in Medicine, Agriculture, Industry. -M.; VNIIIMT NPO "EKRAN". 1999. Part 1., p. 66.
  17. Minakov V.V., Shironosov V.G., Shironosova G.I. AWIE-resonance therapy - treatment with guaranty (AVIK-terapiya - lechenie s garantiei) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 2, p.12-14.
  18. Dubrovski A.S., Shironosov V.G. CAS use for nonlinear particle dynamic analysis. - IV International conference on computer algebra in physical research. Dubna 22-26 May, 1990. p. 76.
  19. Shironosov V.G. Physical nature of ball-lightning (Fizicheskaya priroda sharovoi molnii) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 7, p. 55-58.
  20. Dubrovski A.S, Shironosov V.G. Dynamic stability of saddle points (Dinamicheskaya ustoichivost sedlovykh tochek) (in Russian). - Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 7, p. 24-55.
  21. Ivanov V.B., Minakov V.V., Shironosov V.G. Solution of problem of clean potable water and provision of consumers with cheap, highly effective antiseptics (Reshenie problemy chistoi pit'evoi vody i obespechenie deshevymi, vysokoeffectivnymi antiseptikami potrebitelei) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 2, p.24-26.
  22. Minakov V.V., Shironosov V.G., Shironosova G.I. Computer, TV and health or life under hood (Kompyuter, ТV i zdorovie ili zhizn pod kolpakom) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 2, p.27-29.
  23. Dubrovskaya O.A., Shironosov V.G. Use of electroactivated water solution - catholyte for soil deoxidation (Ispolzovanie electroaktivirovannogo vodnogo rastvora - katolita dlya raskisleniya pochvy) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 2, p. 89.
  24. Dubrovskaya O.A., Shironosov V.G. Influence of electroactivated water solutions (EWS) on germination of barley seeds (Vliyanie elektroaktivirovannykh vodnykh rastvorov (EVR) na vskhozhest yachmenya) (in Russian).- Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 2, p.92-93.
  25. Kamenshchikov F.A., Chernykh N.L., Minakov V.V., Shironosov V.G. Use of anolyte as a bactericide for suppression of activity of sulphate deoxidizing bacteria (SDB) (Ispolzovanie anolita v kachestve bakteritsida dlya podavleniya zhiznedeyatelnosti sulfatovosstanavlivayushchikh bakterii (SVB) (in Russian). - Proceedings: Theses of the 4-th Russian University-academic Conference. Izhevsk: Publ. House of Umurtia University, 1999, Part 6, p. 118-120.
  26. Golubeva M.D., Dubrovskaya O.A., Malekova I.R., Shironosov V.G. Some aspects of condition of potable water in Izhevsk (Nekotorye aspekty sostoyaniya pit'evoi vody v Izhevske) (in Russian).- Proceedins: Thesis of reports of the International Meeting "Life and Factors of Biogenesis". Edited by V.V. Tuganaev, Izhevsk: Publ. House of Udmurtia University, 1999, p. 53-54.
  27. Dubrovskaya O.A., Zinatullina L.I., Shironosov V.G. Investigation of dispersion of light negative aeroions in room with Chizhevski chandelier (Issledovanie rasprostraneniya legkikh otritsatelnykh aeroionov v pomeshchenii s lyustroi Chizhevskogo) (in Russian).- Proceedins: Thesis of reports of the International Meeting "Life and Factors of Biogenesis". Edited by V.V. Tuganaev, Izhevsk: Publ. House of Udmurtia University, 1999, p.60-61.
  28. Shironosov V.G., Shironosov E.V. Water, radiation, life (Voda, izluchenie, zhizn') (in Russian). Proceedings of the 7th International Symposium. Information-Technological and medical protection of population and environment in emergencies. Cyprus - Protoras, 29.04-6.05 2000. -М.; 2000. p. 42-45.
  29. Minakov V.V., Syrchin S.V., Shironosov V.G., Shironosova G.I. "Izumrud SI" (R1-3). Universal mobil installation for obtaining activated solutions and potable water with specified composition and properties ("Izumrud-SI" (R1-3). Universalnaya mobilnaya ustanovka dlya polucheniya aktivirovannykh rastvorov i pit'evoi vody s zadannym sostavom i svoistvami) (in Russian). Proceedings of the 7th International Symposium. Information-Technological and medical protection of population and environment in emergencies. Cyprus - Protoras, 29.04-6.05 2000. -М.; 2000. P. 168-170.
  30. Konovalova N.A., Menshikova S.G., Shironosov V.G. Registration of phenomenon of contactless activation of liquids by methods of microwave spectroscopy (Registratsiya fenomena beskontaktnoi aktivatsii zhidkostei metodami SVCH-spectroskopii (in Russian). Proceedings of VNKSF-8, Ekaterinburg, 2002.- p. 590-592.
  31. Dubrovskaya O.A., Mulakhmetov R.F., Shironosov V.G. Phenomenon of contactless activation from microhydrin and during chemical reactions (Fenomen beskontaktnoi aktivatsii ot mikrogidrina i pri khimicheskikh reaktsiyakh) (in Russian). Proceedings of VNKSF-8, Ekaterinburg, 2002. p. 597-599.
  32. Dubrovskaya O.A., Shironosov V.G. Influence of activated water on roe and young fish of African Cat-fish (Vliyanie aktivirovannoi vody na ikru i malkov afrikanskogo soma) (in Russian). Proceedings of VNKSF-8, Ekaterinburg, 2002. p. 586-588.
  33. Selyunina E.A., Shironosov V.G., Shironosov E.V. Training-methodical stand for studying phenomenon of contactless activation of liquids in electrolyzer without diaphragm (Uchebno-metodicheskii stend dlya izucheniya fenomena beskontaktnoi aktivatsii zhidkostei v bezdiafragmennom elektolozere ) (in Russian). Proceedings of VNKSF-8, Ekaterinburg, 2002.- p. 604-606.
  34. Minakov V.V., Shironosov V.G., Khalyavina I.L. Training-methodical stand for studying methods and modes of obtaining of potable water and activated solutions (sterilizing, disinfecting, detergent - anolyte, catholyte ) (Uchebno-metodicheskii stend dlya izucheniya metodov i rezhimov polucheniya pit'evoi vody i aktivirovannykh rastvorov (sterilizuyushchikh, desinfitsiruyushchikh, moyushchikh - anolita, katolita). Proceedings of VNKSF-8, Ekaterinburg, 2002.- p. 608-609.
  35. Shironosov V.G. Certificate of authorship No. 167981, 5 January 1982, application No. 3011118, priority of 4 February 1981 (Avtorskoe svidetelstvo No. 167981, 5 yanvarya 1982 g, zayavka No. 3011118, prioritet of 4 fevralya 1981 g.) (in Russian).
  36. Shironosov V.G., Karizhsky P.A., Vetoshkin I.P. Device for electrochemical processing of liquid. Patent for Invention No. 2092442, 10 October 1997, priority of 16 October 1995, application No. 95117565 (Ustroistvo dlya elektrokhemicheskoi obrabotki zhidkosti. Patent na izobretenie No. 2092442, 10 oktyabrya 1997 g., prioritet ot 16 oktyabrya 1995 g., zayavka No. 95117565) (in Russian).
  37. Shironosov V.G., Karizhsky P.A. Device for electrochemical processing of liquid. Patent for Invention No2076073, 25 January 1996, priority of 9 August 1995, application No. 95113616 (Ustroistvo dlya elektrochemicheskoi obrabotki zhidkosti. Patent na izobretenie No. , 25 yanvarya 1996 g., prioritet ot 9 avgusta 1995 g., zayavka No. 95113616) (in Russian).
  38. Shironosov V.G., Karizhsky P.A., Vetoshkin I.P. Device for electrochemical processing of liquid (versions) Certificate of useful model No. 2811, 16 September 1997, priority of 31 August 1995, application No. 95114679 (Ustroistvo dlya elektroaktivatsii zhidkosti (varianty). Svidetelstvo na poleznuyu model No. 2811, 16 sentyabrya 1997 g., prioritet ot 31 avgusta 1995 g., zayavka No. 95114679) (in Russian).
  39. Shironosov V.G., Shironosov E.V. Device for contactless activation of liquid. Certificate of Authorship No. 2000108654/12(009166), priority of 10.04.2000 (Ustroisvo dlya beskontaktnoi aktivatsii zhidkosti. Avtorskoe svidetelstvo No. 2000108654/12(009166), proritet ot 10.04.2000) (in Russian).
  40. Shironosov V.G., Voronchikhin O.V. Stabilizer of current for devices for electrochemical processing of water. Certificate of useful model No. 014654, 27.07.99, priority of 28.06.99, application No. 99113473/20 (Stabilizator toka dlya ustroistv elektrokhemicheskoi obrabotki vody. Svidetelstvo na poleznuyu model No. 014654, 27.07.99 g., prioritet ot 28.06.99 g., zayavka No. 99113473/20) (in Russian).
  41. Shironosov V.G., Minakov V.V. Device for electrochemical processing of water (versions). Certificate of useful model No. 014654, 27.07.99, priority of 28.06.99, application N 99113473/20 (Ustroistvo dlya elektrokhemicheskoi obrabotki vody (varianty). Svidetelstvo na poleznuyu model No. 014654, 27.07.99, prioritet ot 28.06.99, zayavka No. 99113473/20) (in Russian).
  42. Ivanov V.B., Minakov V.V., Shironosov V.G. Water supply system. Resolution on issue of Certificate of useful model No. 200210851/20(000606) as of 27.02.2002 (Sistema vodosnabzheniya. Reshenie o vydache svidetelstva na poleznuyu No. 200210851/20(000606) ot 27.02.2002) (in Russian).
  43. Shironosov V.G., Ivanov V.B. Water supply system. Resolution on issue of Certificate of useful model No. 2002103924/20(004105) as of 15.03.2002 (Sistema vodosnabzheniya. Reshenie o vydache svidetelstva na poleznuyu model No. 2002103924/20(004105) ot 15.03.2002) (in Russian).
Installations and systems
for collective and individual safety
  1. "Izumrud-SI" ("Emerald" + "Stel") is a universal installation for preparation of potable water with specified mineral composition and properties and its production on the basis of detergent, disinfecting, and sterilizing solutions (Certificate of Compliance No. ROSS RU.AYA09.V16506 as of 13.06.2000, Hygiene Certificate No. 18.UC.02.515.P00049.02 as of 09.02.2000). The installation has high bactericidal properties, cleans water of high content of infection to standard requirements for potable water, completely removes suspended particles. Obtained solutions - catholyte and neutral anolyte - possess expressed detergent, disinfecting, and sterilizing properties. The installation provides shifting the initial water redox from +420 mV to -55 mV and more and obtaining water with specified composition (specifically, by ions Ca++, Mg++) on the basis of mineral compositions. Device versions: Model 01 - obtaining potable ionized water negative redox and specified mineral composition; Model 02 - functions of Model 01 + regulation of рН and redox; Model 03 - Model 02 + obtaining detergent, disinfecting, and sterilizing solutions; Models 01c, 02c, 03c - installations for collective use on the basis of a dispenser; Model 01 r/r - autonomous version for railroad, water, and automobile passenger transportation.
  2. Aeroionizer "LCh-1": (Chizhevsky lamp) sanitary-hygienic device (Certificate of Compliance No. ROSS RU.AYA09.V19012 as of 09.12.2000, Hygiene Certificate No. 18.UC.2.515.P.122.10.00 as of 26.10.2000) is design for enrichment of room air with light negative ions and compensation for aeroion deficit at the workplaces of PC users, for aeroiontherapy and ionization of the air in rooms, protection from the "display disease". Device "CHC-1" compensates for aeroion deficit at the workplaces of PC users to standard requirements of SanPiN 2.2.2.542-96, enriches the air of rooms with light negative ions to the sanitary hygienic norms No. 2152-80. The measured levels of intensity of the electromagnetic and electrostatic fields and the density of the magnetic flux from the aeroionizer do not exceed the admissible values. The content of ozone and nitrogen dioxide near the operating aeroionizer does not exceed the admissible norms for the free air. Application areas: offices, production areas, dwellings, educational, scientific, child and medical institutions, computing centers, cultural and welfare facilities, passenger transportation. Device versions: "Euro" - for hanging ceilings; "Agri" - for vegetable stores, cattle farms, "C" - built in the conditioner. Brief information: The Chizhevsky chandeliers, widely advertised now, may not be recommended for use because of violation of the norms of SanPiN 2.2.2.542-96, the sanitary-hygienic norms of the Ministry of Public Health No. 2152-80, and GOST.
  3. "CAL-1" is a universal device for obtaining activated liquids with negative redox (infusion solutions, medicines, potable water, drinks, blood, detergents, disinfecting and sterilizing solutions) on the basis of contacless and contact activation of liquids for domestic use and in various areas of national economy (for example, medicine, agriculture, industry, oil extraction).
  4. AWIK- polyclinic - medical-prophylactic complexes (Air-, Water-, Ion-, K-mm-therapy) with methods of treatment.