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The AURA DIAGRAM program is intended for the convenience in diagnosing and analyzing the properties and qualities of the human body according to the data on the circulation, structure and distribution of the vitally substances of the human body, obtained on the basis of visualization processes associated with the formation of luminescence during the acceleration of microparticles on the dielectric surface in an electromagnetic field from ten fingers of human's hands 


AURA COMPARE Program: Destination and Functioning

The program is intended to compare images and computes parameters from two to four images of the glow of various objects: fingers of hands, liquids, materials  
When downloading data, the program automatically detects images of the glow of fingers, if they are denoted 1R, 2R ... and in a certain method computes parameters for them.

IVA Universal

The IVA Harmonizers are actuated with the help of Akimov generators which are modulated by the Gariaev matrixes made using the photography in youth.
Any harmonizer begins to operate at the total power only after it is actuation by another torsion generator 
IVA Universal
Design description

The IVA device is a product of the newest technologies of universal purpose. It consists of the flexible or rigid rectangular plate on one side of which special energy-informational frequency set of living matter is coated. The principle of resonance of gravity (informational) and electromagnetic waves is used in this device.
The IVA Universal is used for:
- decontamination of hard radiation of the surrounding space;
- the elimination of the harmful effects on human reproducible by mobile telephones, computers, TV sets and other anthropogenic devices (cars, trains, ships, air crafts, electrical appliances, power transmission lines, working areas, underground etc.)
The IVA Universal ensures the processes of interaction of any complex systems. It differs fundamentally from other devices due to its open self-organizing, self-regulating, self-adjusting construction, i.e. the device is not a generator.
Working with the organism, it determines which energy channels, organs, and functions must be restored firstly. Thereby the physical regeneration of organs, channels and even micro vessels occurs naturally. The synchronization of the interaction of all the details among themselves occurs in the technical devices. Special studies have shown that as a result of the elimination of anthropogenic radiation, any systems (including biological ones) begin to function in an optimal mode corresponding to natural processes.

The oscillations of the human etheric body taken with a special sensor through a photography


Предложение к микробиологам



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The Biopulsar device shows the frequency of an aura in colors. For convenience, it can be divided into four ranges. These ranges correspond to the realms of suffering, struggle, adventures and will. Through changing the frequency of the aura, it is possible to transit from one realm to the other. In order to change the frequency of the aura, it is necessary to select the essential oils or go through the treatments with the Tor-1 Harmonizer, or in the hypo-magnetic chamber. The Biopulsar device should be used for verification of results.


Lead tungstate ( PbWO4 )

Lead tungstate ( PbWO4 ) is a new scintillating crystal discovered in 1990s. It is one of the most dense oxide crystal ( 8.3g/cm3), and is distinguished by its short radiation length ( 0.9 cm), small Moliere radius ( 2.19cm) and strong irradiation hardness. Its scintillation light output peaks between 450-550nm with a fast component decay time in the range from 2-20ns. After irradiation with g-ray, the degradation in the optical transmittance is not large up to 106 rad. PbWO4 is considered as a promising scintillation material for electromagnetic spectrometer in high energy, nuclear physics experiment as well as nuclear medicine. Main Properties Crystal structure Tetragonal Space group I 41 /a Lattice constant (Å ) a = b = 5.416 , c = 12.049 Density (g/cm3) 8.28 Radiation length (cm) 0.92 Molere radius (cm) 2.19 Decay constant (ns) 6/30 Peak emission (nm) 440/530 Light output (%) 0.5 Index of refraction 2.16 Melting point (oC ) 1123 Hygroscopicity No Cleavage (101) Crystal boule size 30 mm in diameter x 100 mm in length 


 Scintillation single crystals 4.1. PbWO4 crystals The Czochralski method was considered to be the most suitable for large-scale industrial production of PbWO4 crystals. In particular, it was used to provide huge amounts of these crystals (about 100 000 scintillation elements) for the CMC and ALICE projects at CERN [15]. A crystal growth technology of large-size PbWO4 crystals (35 mm in diameter and 250 mm long) for scintillation detectors was developed at Institute. It is characterized by comprehensive approach to technological preparation of the starting material (including re- -crystallization) and to the doping of the crystals with dierent ions for the formation of preset properties, such as maximum position of luminescence spectrum, radiation hardness, absence of colour centres which re-absorb the host luminescence [15]. Experimental investigations of PbWO4 crystal growth were carried out by use of the setups with high-frequency heating Crystal 3M and Analog. Lead tungstate crystals were grown by the Czochralski method from platinum crucibles in an atmosphere with a composition close to that of air or inert gases. At rst the homogeneous mechanical mixture of tungsten and lead oxides (99.999% purity) was melted to increase the density and perform preliminary synthesis. For additional purication, averaging of the chemical composition, as well as for reducing the deviation from the stoichiometry, the charge was preliminarily re- -crystallized. During successive crystallization processes the melt composition is being corrected, the doping is realized taking into account the measurements of the parameters of the scintillation elements. Lanthanum, yttrium or niobium doped PbWO4 crystals were grown. The dopant concentration was few tens of ppm. The single crystals and rectangular scintillation elements are shown in Fig. 8. Fig. 8. PbWO4 single crystal and scintillation elements. The Czochralski method was successively applied for crystal growth where the formation of preset properties was achieved by modication of both the cationic and anionic sublattices. Experimental choice of growth conditions and dopants for modication of the cationic and anionic sublattices of PbWO4 crystal allows to control the properties of these crystals within wide range, in particular, to vary the luminescence kinetics and position of host luminescence maximum and to achieve essential increase of light yield or radiation hardness, for example 


Gadolinium Gallium Garnet

 Gadolinium Gallium Garnet (GGG, Gd3Ga5O12is a magneto-optical and microwave substrate. It is the best substrate material for infrared optical isolator (1.3 and 1.5um), which is a very important device in optical communication. It is made of YIG or BIG film on the GGG substrate plus birefringence parts. Also GGG is an important substrate for microwave isolator and other devices. Its physical, mechanical and chemical properties are all good for the above applications. 

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