Abstract
At the International Congress of Chemists in 1860 in Karlsruhe (Germany), the concepts of the molecule and atom that make up the substance were adopted. The property of matter consisting of these interconnected particles is mainly characterized by mass, which expresses a measure of inertia and energy - a measure of its motion. For the rational use and management of forms of energy transfer is interesting to clarify the nature of elementary matter in the atomic-molecular structure of substances, i.e. elementary particles constituting internal energy. Based on the analysis of scientific and experimental data published in the press, it can be concluded that the elementary particles called photons, “theplotrons”, “electromagnetic particles”, “electromagnetic waves” or others shows that they are elementary “material objects” depending on the condition and of the character of movement are manifested in the various forms of energy transfer. It should be noted that the release of heat, light, electromagnetic waves or others depends on the nature of substances containing in the atomic-molecular structure "elementary particles" formed from various ratios of "magnetic and electrical components".
Highlights
Karlsruhe (Germany), the concepts of the molecule and atom objects
Experimental data published in the press, it can be concluded that the elementary particles called photons, “theplotrons”, “electromagnetic particles”, “electromagnetic waves” or others shows that they are elementary “material objects” depending on the condition and of the character of movement are manifested in the various forms of energy transfer
The data presented by us in this article lead to conclude that in the structure of atoms there are containing combined elementary particles characterizing energy as a measure of the movement of them and require internal energy affect to the state of a system, which manifest in the form of energy transfer- the performance of work and appear as heat, light, electricity, magnetism, etc
Summary
Faraday on the identity of energy manifestations in the interaction of material objects. The views expressed in this article and in our other publications about the transfer of energy between material objects and their manifestation in various forms require a revision of the atomic-molecular structure of substances taking into account the combined elementary particles characterizing the energy as a measure of the movement of "electromagnetic particles". The transfer of energy characterizes performance of work accompanied by energy manifestations, depending on the conditions created from the outside to the system, strictly in accordance by 15. Maxwell's theorythe universal law of conservation of matter and energy
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