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Vinogradova M.G.,

Khod’kov A.E.

Saint-Petersburg, Russia

Introduction

 The first information about elaboration of NCT was advertised in 1989 in the paper .The Problems of cosmic thermo-percussive influences on the Earth in a view of the NCT. [1].

The purpose of this information is to show on instance of development of a double-star the Jupiter.Sun in what manner it could be analysed how the differences in qualitative composition of atomic matter appears inevitably.

The theoretical kernel for analysis of cosmogenesis after a phase of star's origin from Hydrogen accumulation is the conception of correlated development of chemical elements periods and satellite-planets which was suggested by geologist Khod'kov A. E. in 1943.1945. From it`s state the appearance of atoms of all chemical elements more complex than Hydrogen atom takes place within stars, including the Sun, and proceeds as a cyclic process at which the formation of each element`s period completes with an explosion and a flash of a "new" star and removal of it`s outer cover with any part of synthesized atomic substance into it's vicinity. These equatorial revolving portions of thrown cover later serves to form a new satellite-planet or a wreath of asteroids.

This conception increased to the NCT thanks to discovery by Knod`kov in 1985 a new cosmic phenomenon . thermo-percussive influences of the explosive waves of the Sun (TPIEWS) upon the Earth. They provoked a global tectonic re-structuring of earthy lithosphere and repeatedly in the past forsaked becoming diastrophic traces, excelling at sequence of ages and destructive power.

 1.        Initial statements:

. The principle of the basic difference between the evolving constituent parts of star systems and the derivatives of their evolution. The first considerably alter in the course of development their radii, mass and angular velocity of their own rotation after the regular loss of exploding cover, while their derivatives are incapable to do it [ 1].

. The thesis about an impulse of rotation of each thrown down cover and then of satellite which is stipulated by corresponding to moment of flash parameters of paternal star. To sum up whichever star rotates most speedily than all it`s derivatives [2].

. The statements following from Roche`s law that the process of interdependent development of double-component tight evolving star system can be accompanied by the usurpation of the derivatives of one of the stars by the other [4, 5].

. The treating of main diastrophisms in the tectonic history of thc Earth: Pacific, Karelian and Saamian . as the repercussion of the last three global TPIEWS upon the Earth at 0,22, before 2,0 and 3,7 billion years ago and chronology of the completing of the 5-th, 4-th and 3-d periods of Sun atomic synthesis [1,6,7].

2. The mechanical parameters of the Solar system in a view of they genetic analysis [2]

With help of the genetic analysis of the Solar system mechanical parameters it were scrutinized in first time the angular velocities of celestial bodies in comparison of own rotation with turning around. At enormous their incongruous, as by the Neptune, Uranus, Saturn, Jupiter, at once may be exposed a faded stars because they could not to be formed from thrown down starry covers.

The structures and quantities of the earth group planets rotation and circulation mechanical parameters, as it was found, cannot belong to the system of singular evolving star . the Sun, but it reflects the existence and interaction of double star. It became evident that the supposition that the Sun is a single star doesn't allow to solve the problem of the origin of the Solar system. In fact, among sunny derivatives must be those celestial bodies that rotate more slowly than the Sun (during more 25 astr. days). It is Mercury, Venus and Moon.

But the Earth and Mars, which rotate during about 1 astr. day, are the derivatives of the Jupiter, captured by the Sun. Therefore the last stage of Solar system development is considerably tied with the evolution of the double-star system Jupiter.Sun: this demonstrates by mechanical parameters of their derivatives and other facts. Among them . the usurpation of the third sunny derivative the Moon by the sixth Jupiter's derivative the Earth.

The most common summary of the genetic analysis is that our Solar system is heterogeneous and of different age; it is a kind of a combination of faded, finished their evolution stars and starry derivatives, that came into existence at different times and passed through their own way of development. 

3. The peculiarities of starry evolution as the process of interrupting atomic synthesis [3]

It was founded one-significantly that starry life flies in a broken voice and has a cyclic character on account of interruption of cosmogenesis and change of regime of natural nuclear synthesis by leaps and bounds.

Then a number of stages of starry development and quantity of deri­vatives cosmic bodies appear stipulated by number of steps of transition to new qualitative structures of atom's basis in a moment of forming of last element in a period or row.

The regularity of this process for different components of double star has a peculiarities connected with distinction of their mass, angular velocity of rotation and intensity of magnetic field.

Periodic throw down of outer covers leads to following jumping changes in a star: for decrease of it's mass and capacity to light, increase of it`s velocity of rotation, change of spectral types of it's eradiation and replace of zone of stellar transformation deep from surface. And the spectral type of starry eradiation is determined by the number of synthesized periods: the Sun as a typi­cal star of the Main Sequence completed 5 periods and coloured into 5-th type (G).

The equatorial portions of covers, thrown off by star, are reforming (during . 500 million years) into secondary bodies-satellites with complicating of chemical element`s composition and increasing of own rotation at next in turn of cycle number.

Therefore equivalency in conditions of secondary bodies origin could not be realized through the different qualitative composite of their matter and, as shown in [2], through the genetic difference in mechanical parameters of their rotation.

Achieved by authors in [1.3, 6, 7] classification of Jupiter.s and sunny derivatives at genetic rotatory characteristics exposes their conformity with time of their origin and inevitably detects the regular increase of density of their matter with the decrease of their age. This conclusion illustrates by tables 1 and 2.

LITERATURE

 1. Khod'kov A. E., Vinogradova M. G. The Problems of cosmic thermo-percussive influences on the Earth in a view of the New Cosmogonic Theory // Theoretical and applied problems of geology and hydro-geology. Leningrad. AUISR of Galurgy. 1989. P. 143.165.

2. Vinogradova M. G. The genetic analysis of peculiarities of planet`s system developnent in tight double-star the Jupiter-Sun. International Academy (IAICC). Messenger N 12-1s (December). St.-P. 2000. P. 3.12.

3. Khod`kov A. E.,Vinogradova M. G. The basis for understanding of interrupted cosmogenesis . in the interconnection with periodicity of chemical elements // The problems of space and time in natural science. Ser. The Problems of the Universe Investig. iss. 16. St.-P. Rus. Ac. of Science. 1993. P. 215.223.

4. Lipunov V. M. In the world of double stars. Moscow. Science. 1985.

5. Drobyshevskey E. M. The planet systems as a breaking point or collateral product of formation of double systems. Messenger of Astronomy. V.21. N 4. 1987.

6. Khod`kov A. E., Vinogradova M. G. From an atom of Hydrogen to the Solar system (3-d issue, revised and completed). St.-P. Nedra Publishers. 1998. 192 p.

7. Khod`kov A. E., Vinogradova M. G. About the scape`s problems of natural (physical) science. St.-P. Nedra Publishers. 1997. 192 p.

8. Khod.kov A.E., Vinogradova M.G.  The bases of Cosmogony: about origin of worlds, the Sun and the Earth. St.-P. Nedra Publishers. 2004. 336 p.