"IRON" ASTRONOMY

An example of a cosmic scale

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Infinity states and relations exclude the possibility of very clear ideas. But people know that there is no mechanism in outer chaos and nothing accidental, and there are laws and laws, and the main factor - the universe beauty makes intelligibility of nature, the breadth and depth of thought, except that horrifying superstitious yes artisans burdened with prejudices. Moreover, more likely, the basis of all natural laws is a common pattern. It becomes a philosophical sense.

In determining the objects and their parameters directly connected with the ground conditions, with the Earth, will come from the states of the iron-carbon system, ie, indirectly, as if reproducing the link displayed unitary model. Of course, do not embrace the boundless, but the benchmark is needed as Ariadne's thread. And while that more constructive (structural) solutions over time will gain a clear logical form. The logic is always behind the flight of thought. Otherwise, people would not have a clue about the paradoxes and apparent contradictions in the process of cognition. Criteria of truth suggested a lot, but none of them can claim to be true, and the truth, as we know, is absolute. According to Max Planck, the discovery of the universal constants is the highest achievement of the researcher.

Even life - a quantitative phenomenon, and therefore constant and expressed their status and communication are the main factors in the structure of the material world. Let us not forget, however did not seem frightening unknown.

Take for example the equation of the solubility of graphite in the liquid iron (32). Here, the temperature at 100% of the carbon content of

Under natural conditions, such temperature may be only in the interiors of stars. As already indicated, the numerical value, according to the formula (25-1), is equal to the density of α-iron at 0 ° C. Partial interpretation of the formula

(Equation) suggests that the value of is the ratio of the density in the center of the earth's core to the density of α-iron, or possibly to the ratio of the number of nucleons number of protons in the nucleus of the iron atom

(77)

from whence = 16.985

or

, a (77-1)

Then

(78)

or

(79)

Equation (79), with the dimension of compliance can be written as

or G · cm -3, (80)

where B - magnetic induction (in CGSE), equal to

- The density of iron at liquidus equal, as revealed earlier, 7,334 g · cm -3 as the reciprocal of the constant Equal to U / 3.

According to equation (41) expressing the iron melting temperature t A complex value of compression

Another kind of temperature differs from the temperature t A by this amount and the value of the magnitude of April 10, for example

= 14.3 × 10 6 ° C (81)

those. the temperature in the center of the nearest object kernel seems - the sun!

I t, Θ = 14,3 ·June 10 ° C = 100β · June 10 ° C (82) and the other results of the determination of the Sun and its system parameters obtained by the author in 1967-68. The results of the US ten-year experiment with a heavy neutrino became known in 1971.

Further studies are consistent with this exact temperature value t i, theta,0 C. It is hard to get used to the "incredible", but behind it the connection states of colossal proportions, and all within the detected patterns. In the same density within the core at the center of the sun is (based on the equation (3-8))

(83) (84)

As can be seen, equation (80) directly connected with the equation (84). The value of (83), as we shall see, precisely in proportion to the mass of the Earth!

Like, in this case, a magnetic density and compression effect. Is this what we call gravity? Let us suppose that makes sense. Then the pressure in the center of the core of the star - the Sun can be expressed by the equation, see equation (59-8), directly related to the equation (85).

(85)

where p k = ;

density of the liquid iron, g · cm -3, while the iron melting temperature t A,

on the surface of the Sun kernel density in this case it is proportional to the density of iron (border at t ° C = const)

(86)

Where

part of the equation (85) as the pressure on the surface of the sun nucleus. We can see that the observed relationship

(87)

As can be seen, the unitary model in all cases observed. This is a very important factor to guarantee sufficient accuracy. Recall that the value of (1 + U) and determines the level of the Curie formation of iron carbide and Fe 2,7 C. What Sun Star associated with hydrogen and helium in this case, with a ratio , It is quite common. Where is the density, there are plenty. Does this indicate the ratio of the mass of the Sun? In this case, considering the scale, we have

(88)

This should be the mass of our Sun His Majesty.

Its average density

(89)

volume

(90)

average diameter

(91)

The magnitude of 10 33 g in equations (88) can be determined from the previously stated relationships. But the equation (88) as a unitary, one can imagine, and in expanded form (partially reveal the bean).

(92)

This equation must display all dependencies and parameters of the solar system and its relationship with other systems. This is the essence of unitarity. Let's try to look at him in this aspect.

We transform the equation (92) based on the equation (3-7)

(93)

or based on equations (6) and (3-8)

(94)

Here we got a lot

and the three components of the mass. But this is the mass of the planets of the Earth group, isolated from the total mass of the planets! Since the mass of Earth

(95)

Venus mass

(96)

The rest mass of the planets will be (Group Earth)

(97)

Here we find the nuclear and thermonuclear processes. Equation (94) is connected with the equations (79) and (80) that may be characteristic for extensive communication over natural phenomena. Nature Mathematics excludes arbitrariness, uncertainty and speculation. It defines the logic itself. As can be seen, the unitary model displays and events cataclysm distant times.

Consequently, it must display a link of times past, present and future. Unbelievable! The thing only, to correctly apply and develop the detected pattern of the material world conditions and discover yet unknown.

In equation (94) can be seen (highlight) the ratio

(Cm. P.9) (98)

In the group of planets of the Earth, as seen, this part of the planet detached. More complex transformation equations complicates the concepts and ideas. If the equation (94) the first term on the right side divided value and take-hundredth part and the second member divided by the amount of 2U, we obtain

(95-1)

It can be concluded that the first term of the equation (95-1) is the mass of the Moon (the second term - the mass of the Earth)

(95-2)

The mass M ost part of four objects

(95-3)

where M m - the mass of Mars, Mr .;

M measures - the mass of Mercury, Mr .;

M (- the mass of the Moon, Mr .;

M X - unknown mass approximately equal to 1.48 · October 24

The average density of the Earth can be considered depending on the ratio of the excited state of the system to a stable (general case of the interpretation of the model). So, Or the average density of the Earth will be

(99)

The volume of the Earth

(100)

the average diameter of the Earth

(101)

The ratio of the average diameter of the Sun and Earth

(102)

Equatorial linear speed of rotation of the Earth about its axis at the same time is

When considering the geometric mean of the masses reveals a definite pattern connection.

For example,

(94-1)

Where

- The sum of the mass of the Earth, Mars, Moon, g;

- The sum of the masses of Venus, Mercury, the object M x, g

Referring to the equations (92) and (95) we write

(94-2)

This geometric mean weight have Jupiter and Uranus

(94-3)

The presentation of some concerns in this area of ​​knowledge is necessary in so far as it seems to me, the idea of ​​protection is required.

In determining the mass of other planets of our system shall start from the naturally found consistent links states with subsequent verification of the accuracy of compliance with the unitary model.

It may be noted that in equation (94), the value (1 + 2U) = 1 / (10 × 0.055) = Where Y cr - iron during crystallization shrinkage,% (FC, and when the carbon content of the alloy at the eutectic point E). Shrinkage processes like "copy" processes of the formation of planets. Thus, the mass of Mercury

(103)

According to equations (92) and (94) can be represented by Mars mass equation

(104)

or

(105)

Equation (105) connects to the Mars orbit its middle movement (circulation). For the mass of the Earth analogy gives the dependence

(106)

Here we obtain the proportionality of the mass of Jupiter, the Earth's mass (the factor 1.902231). Similarly, the equation (106) is the mass of Jupiter

(107)

where the factor 0.60493 is proportional to the sum of the masses of the Earth and the Moon.

For the mass of Venus have

(107-1)

The mass of Saturn can be expressed by the equation

(94-1)

where 1.0 - density of hydrogen is equal to the density of H 2 O in the Earth, g cm -3;

The mass of the planet Neptune

(94-5)

The mass of Pluto

(94-6)

or

as the equilibrium state of the nearest stars and planets at. This is the relationship or where β = 0,143 (000,143), MU - the mass of Uranus, which is equal to 0.0879 .

Judging from the alloy of iron-carbon surface of the Sun and the planets of the nuclei must be in some kind of liquid.

Historically, modern astronomy origins date back to Tycho Brahe, J. Kepler and Copernicus developed later, mostly I. Newton and Albert Einstein. However, Newton's law of gravity is only valid for a system of two objects and the nature of gravity (gravity) is still not known.

The distances of the planets from the sun can be determined based on the balance of density with a uniform distribution of mass of the Sun, in certain quantities. Sufficient accuracy of the Sun's mass and density (and pressure) in the center of its core and guarantee the accuracy of the values ​​of the distances of the planets from the sun. The coefficients of magnitude lower than in the following equations are interpreted after a few (for simplicity).

So

(108)

distance from Mars to the Sun

(109)

Mercury from a distance to the Sun.

(110)

(111)

where M is W - mass of the planets of the Earth group, g;

June 10 - initial pressure in the world, dynes / cm 2;

pressure in the center core of the sun, dynes / cm 2;

From the equations (110) and (111) we find that the distance of the Earth to the Sun.

Since the above equations there is a pressure ratio, pressure, ie elements of acceleration and force, Newton's law of gravitation and J. Kepler's third law are special cases.

The mass of the planets and Jupiter's facilities group is determined from the equation

(112)

Where the mass of objects and planets of Jupiter, it is equal to 2,667

- The scale factor of the average distance of the planets of Jupiter and the Sun, see.

The total sum of the masses of the planets and objects of groups of Earth and Jupiter

or 0.1346% of the mass of the Sun, ie, 1 / 742.2 part.

One can imagine that the cluster of solar material, or rather his "ballast", divided into two parts, which are then divided into three parts each: Earth, Moon, Mars, and the other - Venus, Mercury, the object M x. Object M x undergone perhaps the thermal destruction and cleared under the influence of gravitational fields (the belt of asteroids and other minor planets, meteorites). The formation of the planets and objects of Jupiter is associated with the formation of the Sun Star. Some few will be made after the considerations in this regard.

The equations show that the state of the planets, in particular the Earth group, depend on the parameters of the Sun: the pressure density temperature Ie the state of the sun nucleus.

Returning to equation (85), consider the scale factor Interpretation of the value of P to invariably leads us to the iron-carbon system. To reduce the temperature at A 3 (conversion of α-γ-iron) to 0 ° C is required to exert pressure on one C reduce this point P 1, which may be determined according to the equation

(85-1)

This factor is associated with the division of the atom, the nucleus, the particle object, a change in their structure.

from whence here

As you can see, the value of U i, according to equation (11-3), are associated with states of nucleons, as structural variables. Pressure value P 1 can be expressed by the relation

(85-2)

that is associated with Fe-C alloy structure, ie with the iron-carbon system.

But the equation (85-2) can be written as

(85-3)

Where - A constant (const), equal to

or

According to the laws of states and dimensions CGSE equation

(85-3) may be in the form

(85-4)

where E - electric field, CGSE (E).

As an example of the structure of beauty can bring a simplified equation for the electron mass, link opens vast natural phenomena

*) (85-5)

Where

communication factor equal

electron mass,

Communications Factor cp, in the particular case is

(85-6)

Where - Constant equal to

- The Boltzmann constant,

As follows from the equation (85-5) is a structural constant U

(85-7)

where V - volume of electronic mass equal to 0.511

In the constellation of global continuous detection of physical constants take their places!

*) Is derived by the author in 1966.

With the discovery of constants determined and the physical nature of the value of U, as a structural constant of the material world. It is now possible to consider the relationship of various natural interactions at various levels. Indeed, for such a formulation of the problem we have connecting links, before they were unknown. It seems that with this as if it is disclosed and the nature of gravity (gravity) - the deepest natural phenomenon.

Considering the fine structure constant of gravitational interaction (Wheeler's formula), as part of the equation, we can write

(85-8)

where G - the gravitational constant;

m n - the nucleon mass (in this case a neutron);

quantum of action, where h - Planck constant;

c - velocity of light.

But the constant U = then

(85-9)

or

(85-10)

Wherein

and the fine structure constant of electromagnetic interaction as a dimensionless quantity that will be

(85-11)

Where elementary electric charge (CGSE).

According to the equations of the field of nuclear forces (field media mesons) associated with electromagnetic and gravitational fields. The process of knowledge is infinite. In view of the above there is an idea that the world of elementary particles here next without any abstract layers. We need the truth, and it is near! But hard labor on the way to the truth is heavy, like an ancient cross on the back of the doomed.

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Publication date 04.07.2004gg
Author: Sorokin Igor G.



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