суббота, 21 ноября 2015 г.

04. THE METHODS OF INCREASING OF THE TEMPERATURE OF CHEMICAL ELEMENTS

04. THE METHODS OF INCREASING OF THE TEMPERATURE OF CHEMICAL ELEMENTS

Once upon a time the elementary particles of the Physical Plan united with each other, forming chemical elements. Any case of transformation of chemical elements increases the temperature of the particles in their composition, facilitating the exit of particles from the elements. And it also leads to destruction of the bonds between elements (if they were). I.e. any heating leads to destruction of substance - i.e. of chemical elements.
As you remember, any chemical element is a complex conglomerate consisting of a plurality of particles of varying quality. As already it was mentioned above, increasing of the temperature of the chemical element is reduced to increase of the temperature of its constituent particles. "Methods of transformation" and, therefore, of increase of the temperature to the chemical elements are the same as for the individual elementary particles: any movement relative to ethereal field, gravity and collision on condition of fixation of the element in the Field of Attraction. It was a generalized enumeration of the "transformation methods".
And now let's give specific cases corresponding to one of three common "methods".
1) Increasing of the temperature during motion.
Any case of motion of any chemical element - individual or as part of a body - is accompanied by an increase in temperature and the transformation of particles in the composition of this element.
However, there is an exception. Transformation and increasing of temperature does not occur in the particles with the Fields of Attraction consisting of chemical elements falling in the direction of the attracting object.
2) Increasing of the temperature during gravity.
A) The particle of any quality is in immobility comprising an element and ether air coming to particles with Fields of Attraction comprising this element moving through it. This element does not necessarily have the Field of Attraction, manifesting itself outward. It may even be an element with the Field of Repulsion. However, there are certainly in any element particles through which redundant ether moves coming to particles with Fields of Attraction;
B) The chemical element of any type is fixed by another element with the Field of Attraction. Ether moving in the composition of the Field of Attraction element passes through attractable element, and heats it thereby;
C) In the particles of any element of any type, being in immobility as part of a celestial body (even as part of its atmosphere), there is the process of transformation and the temperature increase due to the passage through them of ether of the Fields of Attraction of this celestial body.
3) An increase in temperature as a result of collisions.
In the celestial bodies and Space surrounding them (Cosmos) chemical elements of various types are neighboring to each other.
In the celestial bodies all elements:
1) First, held by a total Field of Attraction of the celestial body, directed towards the center;
2) Secondly, they are held in compounds with each other which they form.
The temperature of the chemical element, which is not fixed in one of these ways (or just two), is impossible to increase, since the particles of unfixed element are displaced with ether filling them under action of the Fields of Repulsion of other particles colliding with them (free or in elements). Even a single particle, faced with unfixed element, would make it to move by inertia. The type of this inertial motion depends on the type of chemical element.
Under the action of Repulsion Field of separate bombarding particle or of Repulsion Fields comprising pushing (striking) element, ether, in which there are the particles of pushed element, is displaced along the direction of impact. And displacement of the particle relative to the ether, as you remember, leads to transformation.
Thus, along the line coinciding with the direction of movement of striking particles (or striking element), the degree of transformation of the particles in the element increases. This is an increase in temperature of a chemical element - partial. As a result, along the line of strike the particles with the Fields of Attraction temporarily their magnitude decreases, or even a repulsion field appears - it all depends on the speed of the striking particle (or element). And in particles with the Fields of Repulsion their magnitude increases.
Increasing the temperature of a chemical element leads to a number of consequences:
1) If the chemical element had a Field of Attraction, it is temporarily reduced or even disappears along the line of strike, and it is replaced by a Field of Repulsion - it all depends on the speed of the striking particle (or element) and of its external manifestations of the quality (or of the type of the striking element) – i.e. on the speed of emission of ether by single particle, or if it is a chemical element, what is the outward manifestation of its quality.
2) If the chemical element had a Field of Repulsion, it is temporarily enhanced along the line of strike. The magnitude by which the repulsive field increases also depends on speed of the striking particle (or element).
3) If the chemical element was neutral, a Field of Repulsion temporarily appears along the line of impact.

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