PHYSICAL PARAMETERS OF THE SUN

 

K. Leontiev

 

The Sun: Distance between the neighbour particles in it is , where is electron Compton wavelength. For such a small distance between particles the Sun matter may not be composed from atoms, but only from particles with the electron parameters. Chemical elements, founded by the Sun spectrum analysis compose not the Sun matter, but its sheath. This result is obtained from the generalized equation, for the Debye characteristic temperature , relations for the "intermediate" boundary frequency and Plaindale corrected "central" frequency

where c - light velocity, - root-mean-square sound velocity, - distance between neighbour particles, h - Planck constant, - Boltzmann constant, - "intermediate" boundary wavelength, - "central" wavelength (identity with the Debay corrected "cutoff" frequency.

The explanation is founded also for Sun spectrum special features, namely: at the "intermediate" wavelength equal to 0.4m radiation intensity varies with the maximum gradient and amplitude also at the "central" wavelength equal to 1.6 m - there is a peak value of brightness temperature. The Sun temperature coincides with the Debye characteristic temperature and is equal to 6233 K. The veraged sound velosity is founded to be equal to 3.637 km/s. It is also founded, that the Sun has the FCC lattice with the crystalline cell volume . The cell density, calculated as is equal to the Sun density.

It's logical to assume, that sunspots is nothing but the free from photosphere Sun matter. The Sun temperature value is near to the photosphere low layers temperature, but their radia tion intensity is lower, than that of for photosphere, because of radiation energy rereflectance in photosphere (the black body effect). The sunspot surface light reflection coefficient has maximum value at the "central" wavelength as for the usual dielectric crystals. It's the explanation of the brightness temperature value maximum at this wavelength.

References: in Page IAISB: http://www.orc.ru/~kleo

 

THE SUN:

The glowing crystal is opposing a large gaseous ball in the centre of which there is something similar to Chernobyl. Instead of a gloomy picture of dispersing iron of the Universe–a permanently shining, pure crystal.

You cannot, actually, call it a hypothesis because the premises and conclusions are multifaceted and make up, like music, a harmoniously interrelated unity.

First, it follows from theory that two characteristic features can be expected to be found in the solar spectrum: at the wavelengths of 0.4 m m (violet colour) and 1.6 m m (infra-red thermal radiation). Thorough search among the data on the solar spectrum and authoritative publications corroborated his conclusion in all detail. There are three independent and interrelated evidences of the conclusion being true: the right value of temperature (as mentioned above) and the two characteristic spectral points. No one has ever paid attention to this fact before.

Secondly, it follows from his theory that the density of the crystal of the Sun depends upon nothing else but fundamental physical constants and can be calculated with an accuracy up to the sixth decimal digit using only the values of the mass and wavelength of the electron without using the values of the mass and volume of the Sun. This is the first time an independent confirmation was given of the high accuracy of calculations of the mass and geometry of the Sun.

Thirdly, all the results appear to be in accordance with the numeric factors in the basic formula of the theory with an accuracy applicable for the calculation of physical constants.

The new theory gives an explanation of sun-spots. Their temperature is not lower than that of the lower photosphere, but lower, as is the case with ordinary dielectric crystals, is their radiating power which makes them look darker by contrast.

The Sun is an environmentally clean and efficient power "generator" incomparably more perfect than known or proposed thermonuclear plants.

The theory has a great philosophical significance. It totally alters the way the dispersion of the Universe is understood and corroborates the opinion of a number of researchers that the so-called red shift results from ageing of photons and not from the dispersion.

Its practical importance, for one, is that it shows a direct way towards the development of environmentally sound sources of energy.

 

 

 

 

 

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