HEAT, LIGHT AND ELECTRICITY

Passage through the substance and effect on it of “heat”, “light” and “electricity” represents different aspects of the same phenomenon.

Sections of physics devoted to electricity and optics are engaged in study of distribution flows of elementary particles in different environments (substances). As it was mentioned above, the streams of elementary particles are electromagnetic waves.

Optics studies the distribution in transparent materials of optical photons emitted by heated elements or reflected by the not-heated elements of various substances. Initially there was only geometrical optics engaged in studying of “behavior” in transparent media only of optical photons. In the future, the laws and concepts of geometrical optics began to apply in relation to the distributing particles of other quality and not only in transparent materials. In particular, such concepts as wavelength and frequency of electromagnetic waves are used not only in relation to “the light” - optical photons, but also to any type of electromagnetic waves. In any case, and optical photons and all other types of electromagnetic waves should be considered as a second component of the “heat”.

Sections of physics devoted to electricity (they can be summarized as Electromechanics) study the processes of accumulation of elementary particles of higher levels of the Physical Plan in various substances, and also the distribution of accumulated particles in these environments and their transition from one medium to another. Generic name for various types of free elementary particles accumulated in various substances - electricity (electrons). The composition of “electricity” includes radio, infrared and optical photons. Electricity - this is the second component of the “heat” emitted, distributing and transmitted not with the help of forces of repulsion of heated elements, and of the forces of attraction of elements.

So, optics, physics sections devoted to electricity and thermodynamics (even without knowing it) generalize the practical experience of distribution of elementary particles of varying quality. There are other areas of physics, directly related to the questions of existence flows of elementary particles, or simply seeking to understand their nature, but not tracing the characteristics of their distribution in the environments. For example, one of the objects of study of nuclear physics is radioactive elements. And as it’s known they emit all kinds of radiation, which are nothing but streams of elementary particles of varying quality. Quantum mechanics is interested in such physical characteristics of the particles as their mass, speed, force.

Thus, free particles of any quality distributing in any media (substances, bodies) represent the 2nd component of the “heat”. And the processes of distribution of the “heat” in environments are explored by thermodynamics. As a result, we can conclude that all of the branches of physics - optics, electromechanics, nuclear physics, quantum mechanics, and finally thermodynamics - can be combined on the base of a commonality of the studied subject – i.e. of elementary particles.

PLASMA

Plasma - is the chemical elements in the state of destruction. I.e. it is not the 4th state of matter, but the substance in the state of destruction.

And that's what we call “fire”, “flames”. It is a collection of free particles emitted by burning elements of a substance and moving by inertia in all directions from emitting elements. Their inertial motion continues until they meet in the way of any chemical element (i.e., until they encounter them), or until they will be attracted by chemical elements of environment through which they are moving (at the condition that elements of the environment have Fields of Attraction).

16. WHY AT HEATING DO THE BODIES BECOME AT FIRST RED?

And now we will consider the phenomenon of light emission. At first, we analyze it in relation to optical photons. And then we apply the revealed regularities to any types of elementary particles.

If you've ever observed the process of heating of any bodies, you should have noticed that the bodies herewith as if moving from one state to another, and this is expressed in changing their color. Up to a certain temperature, the substance of the body is or painted in any color, or transparent, or shiny. Then at the amplification or continuing of heating the body turns red. For different substances the temperature of appearance of a red color is different. The easiest way to observe this process by the example of the combustion of solid bodies, which have per unit of volume the most number of the chemical elements, and it allows you to create high brightness of emitted or reflected light.

Emission of light occurs during the heating of chemical elements of the substance of a body. In the process of emission, in one way or another there occurs decay (emission) of the peripheral layers of the chemical element. Naturally, the first will be separated the particles of solar origin accumulated (absorbed) by the elements on the periphery. And optical photons separating from the element just allow us to see a chemical element in the composition of the heated body. But reflected photons falling on the element (if the heating is carried out by the bombing by falling particles) are also added to the emitted photons.

During the heating process decay is the greater - i.e. touches upon the deeper layers of the chemical element - the higher is the temperature of the element, i.e. the larger is the degree of transformation of its constituent particles, and the bigger is the number of particles of the element involved in the transformation process. Decay (emission) of the peripheral layers of a chemical element as a result of its heating – it’s combustion of a chemical element. Radioactive elements are also among the heated chemical elements. And radioactive radiation should be considered as elementary particles emitted by heated elements.

Any chemical element in the composition of the planet (except for inert gases) accumulates on its surface solar elementary particles that move from the upper atmosphere levels (from the ionosphere) towards the center of the planet. This means that any chemical element at normal temperature has on its surface a certain amount of solar elementary particles, including, visible photons. Amount of particles that element accumulate caused by the peculiarities of its outward manifestation of the total field of Attraction and Repulsion, as well as their magnitudes.

The heating of the element to a temperature above the normal means, that on its surface additionally the solar particles with Fields of Repulsion are accumulated. The particles with Repulsion at all are generally dominated in the solar radiation reaching the planet. Particles with Fields of Repulsion increase the total Field of Repulsion of chemical elements on the surface of which they hit. This Field of Repulsion shields the total Gravity Field of the element. Because of this, the Force of Attraction caused by this element in the elementary particles that hit on it decreases. I.e. all new portions of particles with Repulsion Fields that fall on the element (i.e. heat it) cease to be attracted by this element and begin to be reflected. The easiest way - to make to be reflected the particle, which is out of the process of transformation has the Field of Repulsion. It’s because ether emitted by the particle is wedged between the particles of the element itself and its emitting particle, and causes it to move away from the element. Among all the particles of the Physical Plan all particles of red have this property (because they create most of ether). Herewith each range on the scale of frequencies comprises particles of red color. Here you have the explanation of why, at the heating of any substance the red visible photons are emitted first.

1) Heating of a chemical element by absorption (accumulation) by it of elementary particles with Fields of Repulsion. For us living on the planet's surface it primarily refers to the accumulation of particles of solar origin.

2) Collision with chemical element of elementary particles emitted by other chemical elements. Otherwise you can name this method as a bombardment of an element with elementary particles.

3) The movement of a chemical element with respect to ethereal field – i.e. there is a transformation (temperature rise) of particles in an element due to the motion.

4) Transformation (heating) due to the action of Fields of Attraction of another object. Ether of the Field of Attraction moving to its source through a chemical element heats the particles in its composition. The role of this transformation (heating) method is increased toward the center of a celestial body. On a surface of planets this method of heating is weak. But on a surface of large celestial bodies it has a very powerful effect.

5) Transformation (heating) by the action of the Field of Repulsion of another object. In this case, a compulsory condition is a fixation of a heated in this manner chemical element by the Field of Attraction of some object (eg, the Field of Attraction of a planet). Ether of the Field of Repulsion passes through the fixed chemical element, and thus heats (transforms) it. Such heating method is always the case for the chemical elements at the surface of a body contacting with other, heated body. Or when a chemical element contacts with other chemical element, in which structure at the periphery there are many particles with Fields of Repulsion (for example - oxidation of chemical elements by oxygen or halogens).

All these chemical methods of heating of elements can lead to emission of optical photons.

However, there is a difference between the first heating method (accumulation on the surface of the particles with Repulsion Fields) and other four (different ways of transformation). In the case of accumulation of particles with Fields of Repulsion the transformation of particles in the element does not occur. Particles with Fields of Repulsion screen initially inherent Force Field of the chemical element and reinforce its total Field of Repulsion. Motion transforms (heats) all particles in the element. At the collision particles in the strike zone are transformed (heated). The degree of transformation of particles caused by the action of the total Field of Attraction of the element is the greater the closer to the center of the element. At the transformation by the Field of Repulsion particles surrounding the particle transforming them by the Field of Repulsion are transformed (heated) to the greatest extent.

Among all listed ways of increase of the temperature of the element the main is accumulation on the surface of the particles with Fields of Repulsion Fields (emitted before this by other element). This method increases the temperature to the greatest extent. Increasing the temperature of a chemical element - is to increase its total Field of Repulsion. Herewith, the increased by this way temperature will remain so, as long as the accumulated particles will not leave the element (will not emit). All other methods can be regarded as temporary.

Temperature increase by a total Field of Attraction of an element and by its total Field of Repulsion will disappear if there will be decay of a chemical element. Conventional (non-radioactive elements) by themselves are not destroyed. However, and the value of heating of element by these two ways of transformation is very small (as compared with the heating due to accumulation of particles Yang). Therefore, these two methods do not lead to the emission of particles by an element.

Transformation of particles of an element during its movement lasts until the element moves. And the speed of movement of element must be very high to there was a significant increase in the temperature and the emission by the element of named elementary particles.

At a collision there occurs a temporary rise in temperature (transformation) of particles of the element in the strike zone. However, this is most often enough to the emission of particle, with which collision happened of bombard another particle.

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Date: 2015-12-11; view: 580