04. EMISSION OF LIGHT.
WHY DO THE BODIES BECOME RED IN THE BEGINNING OF THE HEATING PROCESS?
And now we begin to consider the light emission phenomenon. At the beginning we will study it with regard to the optical photons. And then we will apply the discovered regularities to all types of elementary particles.
If you've ever observed a heating process of any bodies, then you should have noticed that bodies during this as if move from one state to another. And it is expressed in changing of features of their color.
Up to a certain temperature the body substance or is colored in some color or is transparent or glistens. Then during enhancing or continuation of heating the body acquires red color. For different substances the temperature, when there appears the red color, is different. The easiest way to observe this process - is an example of combustion of solid bodies, which consist in a unit volume the most number of chemical elements. And it allows to create high brightness of emitted or reflected light.
Emission of light occurs during the heating process of chemical elements of body substance. In this case there is the emission of the accumulated particles of solar origin. And emitted by element optical photons just allow us to see the chemical element in the composition of the heated body. But the reflected photons falling on the element are also added to the emitted photons (if the heating is carried out by bombardment by falling particles).
During the heating process the disintegration the more - i.e. it involves the deeper layers of chemical element - the more the temperature of element, i.e. the higher the degree of transformation of the particles in its composition and the more the number of particles is involved in the transformation process. The emission of accumulated solar particles in the composition of the peripheral layers of a chemical element as a result of its heating is the burning of a chemical element.
During the heating process the disintegration the more - i.e. it involves the deeper layers of chemical element - the more the temperature of element, i.e. the higher the degree of transformation of the particles in its composition and the more the number of particles is involved in the transformation process. The emission of accumulated solar particles in the composition of the peripheral layers of a chemical element as a result of its heating is the burning of a chemical element.
Any chemical element in the composition of a planet (except for the inert gases) accumulates on its surface the solar elementary particles, which are moving from the upper layers of the atmosphere (from the ionosphere) in the direction of center of the planet. This means that any chemical element at normal temperature already has on its surface a certain amount of solar elementary particles including visible photons. The number of particles, which the element accumulates, is caused by features of outward manifestation of its total Field of Attraction and the total Field of Repulsion and also their magnitudes.
The heating of element to a temperature above the normal means that the solar particles with Fields of Repulsion additionally accumulate on the surface of the element.
The particles with Fields of Repulsion in general prevail among the solar radiation reaching the planets. The particles with Fields of Repulsion increase the total Anti-gravity Field of chemical element the surface of which they have covered. This Repulsive Field shields the total Field of Attraction of the element. It decreases the force of attraction caused by this element in elementary particles, which accumulate on it. I.e. all the new portions of the particles with Fields of Repulsion falling onto the element (and heating it by this way) cease to be attracted by this element and begin to be reflected. The easiest way to make to be reflected that particle, which and out of the transformation process has the Field of Repulsion, because the Ether emitted by the particle is wedged between the particles of element and the particle that emits this Ether. And this Ether forces it to move away from the element. Among all particles of Physical Plane all the particles of red color (that create the most amount of the ether) possess this property. Herewith each range on the frequency scale includes the particles of red color. Here is the explanation, why upon heating of any substance the red visible photons are emitted the first.
The particles with Fields of Repulsion in general prevail among the solar radiation reaching the planets. The particles with Fields of Repulsion increase the total Anti-gravity Field of chemical element the surface of which they have covered. This Repulsive Field shields the total Field of Attraction of the element. It decreases the force of attraction caused by this element in elementary particles, which accumulate on it. I.e. all the new portions of the particles with Fields of Repulsion falling onto the element (and heating it by this way) cease to be attracted by this element and begin to be reflected. The easiest way to make to be reflected that particle, which and out of the transformation process has the Field of Repulsion, because the Ether emitted by the particle is wedged between the particles of element and the particle that emits this Ether. And this Ether forces it to move away from the element. Among all particles of Physical Plane all the particles of red color (that create the most amount of the ether) possess this property. Herewith each range on the frequency scale includes the particles of red color. Here is the explanation, why upon heating of any substance the red visible photons are emitted the first.
It should be clarified - the first are emitted any red elementary particles falling onto the element and heating it, of any range, and not only visible red photons.
Such optical property of the body as its color discloses exactly during the process of radiation of visible photons by elements of this body. However, the manifestation by the body of its color has defined boundaries. For example, we will not see the body color and will not see the body at all, if elements of this body will not be bombarded by any elementary particles - of any range of Physical Plane. At the same time, in order to the body color was visible, it's necessary that on the surface of body elements were not too many "extraneous" elementary particles - i.e. in order to the temperature of body elements was close to normal. If the temperature of the body elements will be too high, then we will see at the beginning red color, which then will become orange, then yellow and then white.
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