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Resonance in physics chemist Resonance Microclusters Water

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#1 Korotkov



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Posted 20 August 2014 - 08:28 PM

Resonance in physics, chemistry and biology.
Valentin G. Shironosov
Department of BioMedPhysics, UdSU, Izhevsk, 2001. 92 p.  (files/zip/sb22e.zip - 756 Kb ), svg@uni.udm.ru , tel. +7-3412-763-466[/size]

---- The resonant problems in different areas of physics, chemistry and biology from the unified point of view - extremeness of resonant statuses of motion in the nature are reviewed. In particular, the problems of dynamics of motion and holding of atomic, macroscopic particle, micro-organisms in inhomogeneous fields, outside and inside resonance conditions are analyzed; problems of dynamic stability of unstable states, bifurcation, chaos, discretization, evolution of non-linear dynamic systems which are not inclusive in an obvious view a small parameter. A fundamentals of the resonant theory of dynamic systems are set out. The unsolved problems are marked and the paths of their solution are planed, in particular: ball lightning, activated water, resonant effect of superweak fields at biological systems, including correlation between periods of solar activity and processes happening at this time on the Earth.[/size]

The foreword.

---- This book has arisen as outcome of the numerous lectures and seminars, in which one I attempted in the understandable form to set out an achievements of the different explorers, in the most different spheres of activity at unified object of our research her Majesty - Nature. The contents of the book was finally made after I had in a winter semester 1999/2000 to read a course of the lectures for the students-biophysicist of physical faculty of the Udmurt state university. . The noticeable place in the book takes a phenomenon of the resonance which has permitted to realize unified connection of phenomena, diversiform ambient and diving through us. Moreover, I and my employees in a lot of cases have could to influence “development of events†in this area.[/size]


1. Introducing.[/size]

2. Resonance in linear systems. Traps for particles.[/size]

2.1. About dynamic stability of unstable states.[/size]

2.2. Atomic traps.[/size]

2.3. Problem of levitation of magnetic particles.[/size]

2.4. "A Problem 1/R3 " in a system of two dipoles.[/size]

2.5. Cells in "atomic" traps.[/size]

2.6. Ponderomotive wave action at "resonators".[/size]

3. Resonance in non-linear systems.[/size]

3.1. Simple computational method for non-linear dynamic systems.[/size]

3.2. About a pendulum of Kapica outside and inside zone of a parametric resonance.[/size]

3.3. Dynamic stability of saddle points in autonomous systems.[/size]

3.4. About stability of unstable states, bifurcation, chaos of non-linear dynamic systems.[/size]

3.5. Discretization, chaos and evolution in non-linear dynamic systems.[/size]

4. Resonant traps.[/size]

4.1. Ponderomotive wave action at patterns in conditions of a magnetic resonance.[/size]

4.2. Resonant levitation of bodies and particles with own magnetic moment.[/size]

4.3. Problem of two magnetic dipoles allowing for equations of motions of their spins.[/size]

5. Instead of the concluding - unsolved problems.[/size]

5.1. About the nature of a ball lightning.[/size]

5.2. Abnormal properties of activated water.[/size]

5.3. Resonant effect of fields at biological systems.[/size]

5.4. Sun, radiation and life.[/size]

List of the literature.[/size]

The application - history of the problem.[/size]

"IIS-RT"-2008. Collection # 43-1

High quality water production: analysis and perspective

Shironosov V.G., Minakov V.V., Shironosov O.V., Shironosova G.I., Ivanov V.B.
Scientific Research Center "Resonant Technologies" Udmurt State University, [/size]

Scientific Research Center "IKAR", www.ikar.udm.ru, svg@uni.udm.ru svg@uni.udm.ru[/size]
Ecology and the industry of Russia, Moscow, 2008, p. 4-7.[/size]

Nowadays there are a number of methods of drinking water quality determination. The main water characteristics are its chemical composition and purity. However it turns out that even pure water has very complex structure and properties. Drinking water standards do not reflect the most essential water property- its biological beneficial effect. That is why regular water we drink is not good enough.[/size]

During the last decades scientists are getting more interested in water, as water is a unique liquid. Numerous experiments results show that existing methods of water properties investigation do not satisfy requirements. They do not include a number of water parameters that actually characterize water beneficial properties and biological activity. Physiological water properties are determined not only by its chemical composition and the process of its purification, but also by a number of interrelated physical parameters which characterize water as a complex structured system in a non-equilibrium thermo-dynamic state. This system has a microcluster structure and become a source of emission (Figure 1) [1].[/size]

Figure 1. Microclusters (0.01-0.1 mm) in water solutions: 1 - distilled water, 2 - natural mineral water, 3 - 70% alcohol solution.

Water activation is the process of water transfer into a non-equilibrium thermo-dynamic state, accompanied by change of water structure. Water acquires resonant microcluster structure. There are number of methods of water activation (physical, chemical, biological, ets) -Figure 2. 1-3 solutions were activated by means of the device "Izumrud-SI" (mod.03). The solutions 1 and 2 were received by means of flow-through devices for anolyte and catholyte production (1:1). The solutions 4-5 were activated by means of the device "Izumrud-SI" (mod.04). The solution 4 was contact activated by means of electrolysis, the solution 5 was non-contact activated by means of electrolysis. The solution 6 was non-contact activated by means of ultrasonic scanning. The solution 7 was activated by means of ultraviolet radiation. The solution 8 was activated by means of gaseous fractions formed in the result of a reaction between Al and HCl solution. Activated water has a high physicochemical and biological activity.[/size]

Figure 2. Microclusters (5-25 mm) in water solutions: 1 - anolyte acid solution; 2 - catholyte alkaline solution; 3 - anolyte neutral cathodic; 4 - 0.3% Na2CO3 water solution; 5 - distilled water; 6 - vodka "Sarapulskaya"; 7, 8 - distilled water.

One of the most essential drinking water parameters is water "charge", that is water RedOx. Silver-chlorine electrode was used as an auxiliary electrode for RedOx measurement. RedOx water in these conditions should be negative and pH should be neutral, since RedOx of human body cells is ? ?70 mV. When RedOx of cells is different from the norm, people contract diseases. Investigation data (Invention application [/size]RU 2007127132, RU 2007127133; Patents RU 2299859, RU 2316374) show that RedOx is a general parameter reflecting drinking water structure and biological activity. RedOx can vary even if pH remains unchanged. RedOx and pH anomalies [2.3] do not contradict Nernst equation. It actually reflects the fact that Nerst equation is not universal and can not be applied to every case. It also reflects peculiarities of non-equilibrium environment parameters measurement (Figure 3, during our experiments electromotive voltage of signal - E was changed by the method described in Invention application [/size]RU 2007127132).[/size]
full text: http://www.rexresear.../shironosov.htm

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