By calculations, at density of the Sun’s kernel of ρ*K.Su=160 . 103 kg/m3, the weight of the kernel will be higher than the weight of the Sun by 1.36 times, which is impossible. Hence, such density cannot be in the Sun’s kernel. That means that the density value of the Sun’s kernel ρ*K.Su=160 . 103 kg/m3 — is erroneous!!!
Let’s define the density of the Sun’s kernel, assuming that half of the weight is situated in the kernel.
Those, MK.Su = 0.5 MSu=0.5 . 1.99 . 1030 kg = 0.995 . 1030 kg.
Let’s define the density of the Suns’ kernel by the formula
ρK.Su = 58.8 . 103 kg/m3= 58.8 g/sm3.
For comparison, we shall bring few examples:
— The water density ρK.Su= 103 kg/m3= 1 g/sm3
— The iron density ρK.Su= 7.9 . 103 kg/m3= 7.9 g/sm3
— The uranium density ρK.Su= 19 . 103 kg/m3= 19 g/sm3
— The plutonium density ρK.Su= 19.82 . 103 kg/m3= 19.82 g/sm3.
Hence, the density of the Sun’s kernel is higher by almost 3 times than the density of uranium and plutonium. In this case, we see contradictions between the theories of modern astrophysics.
First, the «ideal» gas with density 160 g/sm3 cannot exist.
Second, when the density of the Sun’s kernel is 160 g/sm3, the weight of the Sun’s kernel will be weight more than the Sun. Which is impossible.
Thirdly, if the density of the substance in the star’s kernel is high, hence, the synthesis of heavy and super heavy kernels in the star is possible, and that contradicts the modern astrophysics.
In spite of the fact that the value of the Sun’s kernel weight is probably overestimated, we can tell with confidence: the density in the Sun’s kernel of the Sun is high, possibly even higher than the density of uranium and plutonium, in exact spots, but we cannot know it exactly yet. The raised density speaks about a high probability of a presence of heavy and over heavy kernels of atoms at the Sun’s kernel.
Let’s continue our calculation. We have defined the volume, the weight and the density of the Sun’s kernel. We shall define the parameters of the gas-plasma mix. The volume of the gas-plasma mix is equal to the difference of volumes of the Sun and its kernel.
VGP.Su=VSu – VK.Su = 1.41 . 1027 – 16.918 . 1024=1.39 . 1027 m3.
The weight of the gas-plasma mix, in this case, will be equal to half of the Sun’s:
MGP.Su=MSu – MK.Su = 0.5 MSu= 0.995 . 1030 kg.
The density of the gas-plasma mix will be defined by the formula:
That means that the densities of a gas-plasma mix is:
ρ GP.Su = 0.71 g/m3.
Which is lower than water density.
Let’s substitute the data we calculated in the formula of gravitational force (5.17) considering that half of the Sun’s weight is in its kernel, although this assumption requires to be proven right.
4. The compression force operating from radiation FIz.
According to the third law of Newton, the radiation of a star creates the force FIz, which is directed on compressing the star. This force is proportional to the impulse PIz received from the radiation.
Where mIzi — a part of the star’s weight that is allocated as i radiation;
vIzi — the speed of i radiation; PIzi — an impulse received from i radiation.
The force with whom the impulse from i radiation acts on the star is equal to:
Where τ – the action time of the force (impulse).
Hence,
The lump which is allocated as radiation:
From here, vIz, it is possible to define the average radiation speed by the formula:
(5.19)
mIzi and vIz — are defined according to the measurements, but the definition of the given parameters depends on the sensitivity of the measuring devices.
The definition of mIzi and vIzi, is possible by calculating, if it known, the value of energy which is allocated during the time τ= 1сек.
One of key questions is: «where the force FIz is getting enclosed?». Since the force FIz is a result of radiation action, the place of its application is the top layers of the atmosphere (surface) of the star and the bottom area of the crown, since there are high speeds and the most active processes are taking place.
It is quite possible, that the magnetic fields are speeding up the radiation, but the basic component of the high speed of «the solar wind» is the impulse received as a result of thermonuclear synthesis.
Let’s define the pressure pIz, on a unit of star’s surface from the side of the radiation
Where pIzi — the pressure received by the star’s surface from i radiation.
5. The forces operating under the influence of magnetic Ff and other fields FS.
The forces Ff and FS, operating under the influence of magnetic and other fields, are not certain for now. The influence of magnetic and other fields is still has to be investigated.
It is possible that FS = 0. In order to simplify the formula, we shall enter and consider the forces operating inside of a gas-plasma mix, the reason of occurrence which, processes of generation of thermonuclear synthesis as part of addendum FS, because of their uncertainty.
We have disassembled the basic forces influencing the star’s existence and the processes, occurring in it. We shall work out the developed equation of star existence, considering the formulas received by us.
