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The given analysis has the purpose - to show genetic interconnection of mechanical parameters of the heavenly sky bodies derived from envelopes, thrown out by star, and passed stage planetary nebulas, in order to have a possibility for restore on it a main outline of process of evolution of starry-planets system.

The separation of envelopes from a star happens owing to change of modes of atom-building under an operation of a jump of neutrino pressure in a zone of stellar transformation (ZST), under an outside envelope of a luminary, where radial forces arise, directed from its centre, acting on elements of a mass of envelope.

So, the element m of mass of a star in her equatorial part is thrown under an operation of force of rupture on some distanceа r > r_ast аааfrom an axis of rotation of a star and simultaneously turns in an equatorial plane on some angle jа (fig. I).

This could give the answer on question of R.J. Teyler : УIt is necessary to clarify, what way stars lose a mass by and will reject substance in between-star-shaped medium, synthesized in them.Ф This author reckons that Уplanetary nebulas - more serious applicants for being a place, where Уthe useful output (exit)" of elements happens ... Planetary nebulas are objects consisting of a star, enclosed gas envelope, which was doubtlessly thrown out earlier from a star.Ф

After V.V. Sobolev УAstrophysicsФ, the study of modifications of a spectrum of a dense envelope of the УNewФ of Hercules has shown, that the mentioned envelope can be presented as "a disk", gyrating around of a hot star with a velocity of the order of 500 km/s, with availability in an envelope of clots of a substance...

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 Ц 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 doesnТt 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 astronomical days). It is Mercury, Venus and Moon.

But the Earth and Mars, which rotate during about 1 astronomical 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 Ц the usurpation of the third sunny derivative the Moon by the sixth JupiterТs derivative the Earth.

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 derivativesа cosmic bodies appear stipulated by number of steps of transition to new qualitative structures of atomТs 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 distinctionа of their mass and capacity to light, increase of itТs velocity of rotation, change of spectral types of itТs eradiation and replace of zone of stellar transformation deep from surface.

The equatorial portions of covers, thrown off by star, are reforming (during about 500 million years) into secondary bodies-satellites with complicating of chemical elements composition and increasing of genetic own gyration and rotation around at next in turn of cycle numberаа (tableа 3).

And the spectral type of starry eradiation is determined by the number of synthesized period: the Sun as a typical star of the Main Sequence completed 5 periods (was established by geological data Ц see tableа 4) and coloured into 5-th type Ц G.

Therefore equivalency in conditions of secondary bodies origin could not be realized through the different qualitative composite of their matter and through the genetic difference in mechanical parameters of their rotation

Table 3

N of period

of synthesisаааааааааааааааааа

J u p i t e rаа beforeаа e j e c t i o nаа ofа

аc o v e r nextа inа turn

Spectral

type of

eradiation

ofа star

on each

stageаааааааааааааааааааааааааааааааааа

Dа eаа rаа iаа vаа aаа tа iаа vаа eа s

Dates

bln

years

ago

with mass

from M_J

with period of

rotation around

star in hoursааааааааааааааааа

Callisto

11.9

1

2.11 -2.15

9,39 Ц 9,91

0,43

5.10^-5

400.5

0

Hanimed

11,5

2

1.80 Ц 1.90

5,64 Ц 6,80ааааааааааааааа

1

8.10^-5

171.7

B

Europe

10.8

3

1,54 Ц 1,64

3,50 Ц 4,40

2

2,5.10^-5

85,2

A

Io

9,5

4

1,34 Ц 1,44

2,50 Ц 2,90

4ааааааааааааа

3.10^-5

42,5

F

Mars

8.0

5аааааааааааааа

1,28 Ц 1,35

2,10 Ц 2,50

5,8

аа 1.10^-4

30,3

G

Earth

5.2

6аааааааааааааа

1,14 Ц 1,15

1,50 Ц 1,56

9

1.10^-3

19ааааааааааа

K

Amaltea

3.3

7аааааааааааааааааа

1,04

1,125

14,5

1.10^-8

11,95

1

1

17,8

M

Table 4

N of period of

synthesisаа

SUN before ejection of cover next in turnааааааааааааааааа

Spectralа

type ofааа

eradiation

of star on

each stage

Dа eа rа iа vа aа tа iа vа eа s

Radius of

sphereаа

through

R_й

Mass

through

M_й

Angular velocityа

of own rotation

in 1/s.10^-7

with mass

from M_й

with genetic

period of rotation

around the star in

astronomical days

1

1,64

4,4

2,4

x -а p l a n e t

╬

2

1,31

2,27

7,2

carbonaceousа asteroids

B

1,5.10^-9

?

3

1,01

1,04

25

silicicа asteroids and Moon

A

3,7.10^-8

27 - 29

Afterаааа theаааа phenomenonаааа ofаааа absorptionааа byа ааtheааа SUNааа ofаааа outlandishаааа mass

1,64

4,4

2,4

iron asteroids

1,5.10^-9

~300

4

1,55

3,72

3,0

Venus

F

1,6.10^-7

224

1,28

2,09

12,5ааааааа

Mercury

1,5.10^-7а

88

5

1,18

1,64аааааааааааааа

?(20)

future Volcano

G

?

?(50)

1

1

28.6

Table 5

Derivatives

at nextа in turnа

of they origin,

with known

а orbital

parametersаааа

Eccentricity

of

orbit e=f/a

Big half-axis

of orbit УaФ

from R_й

Half of focal

distance of

ellipseа УfФ

from R_й

Angle of inclination of planes of sunny equator and orbit ofа his derivativeа inаа d e g r e e s

to Galaxy plane

to plane of base of cone, formed by flows of etherТs neutrinos as guiding of this cone *

^{x-planetаааааааааааааааааааааа}

^?

^?

^?

^?

^?

carbonaceous

0,093

(0,08-0,12)

~327

30

39,^░5 Ц 1,^░5=38^░

+1^░33Т

cilicic and Moonаа

0,017

215

3,6ааааааааа

39,^░5

Venus

0,007

155

1^**

39,^░5 Ц 3,^░5 =36^░

isа receivedаа 0^░

Mercury

0,206

83

17

39,^░5 -а 7^░ = 32,^░5аааааа

-3^░36Т

Sunny

39,^░5 -а 7^░ = 32,^░5

-3^░36Т

equator

*а The Sun with itТs ejected cover are attracted by vacuum funnel to base of cone of corporeal angle which formed by etherТs neutrinos flows, streaming to centre of certain mass, visible or invisible. Elliptical type of orbit arises, owing to the inclination of itТs plane from plane of circular coneТs base, as a conic section of these conic flows of ether. Then elliptic orbits have so much the eccentricity than they have much the angle of inclination from the base of circular cone.

**ааа This orbit may be account as such circular - with one focus due it is disposed within of 1 sunny radius, as regard to which it is observing the inclination of other orbits.

ааааааааааа ааааааа In result it may be shown that the angle of inclination of sunny axis of own rotation to the axis of Galaxy rotation (as perpendicular to vector of circuit speed of the Sun) represents 32,^░5, to Galaxy plane represents 57,^░5 ^аand angle of inclination of axis of conical flows, steadily supporting the Solar system in inclined plan, is distant onа ~3,^░5 from the first and second and representsа ~36^░ аand 54^░ accordingly.

A little deviations of Sun rotation axis with regard to axis of etherТs cone provoked small turnings of corresponding angles of inclination of orbitТs planes of ejected covers and planets, formed from them, to the Galaxy plane.

аSo the inclination of sunny equator at angle ofа 7^░ аto the ecliptic plane and at angle of 32,^░5 to the Galaxy plane remained from a moment of ejection of cover, formed the Mercury. Before this, during of cover ejection, formed the Venus, the inclination of sunny equator was found under angle of ~ 3,^░ 5 to the ecliptic plane and ~ 36░ to the Galaxy plane, i.e. the axis of Sun rotation nearlyа coincided with axis of invisible cone with itТs inclination ofа ~а 54░ to the Galaxy plane.

Vinogradova Maria Grigoryevna

Russia,а Saint-Petersburg

Phone/faxа 812. 4473539

e-mail: qwefox@pochta.ru

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