Entropy and Fractals by Korablev Grigory Andreevich* in Integrative Journal of Conference Proceedings_ Journal of Scientific Conference Proceedings
Abstract
The
resonance stationary state of structural processes takes place under the
condition of equality of degrees of corpuscular and wave interactions. The
fractal structures are formed under the condition of equilibrium statistic
interaction of entropic and negentropic
characteristics of all particles. Such principle is realized not only for
snowflakes but also in many other natural phenomena, for example, during the
cloud formation and even during dust concentration in premises. This condition
is also fulfilled in microworld that is confirmed by the equations of Plank’s
constant, fine structure constant and for number. The conclusions obtained can
be used in practice to search for optimal technological solutions
where
W-number of available states of the system or degree of the degradation of
microstates; k-Boltzmann’s constant. These correlations are general assertions
of macroscopic character, do not contain any references to the structure
elements of the systems considered and they are completely independent of
microscopic models. Therefore, the application and consideration of these laws
can result in a large number of consequences. The thermodynamic probability W
is the main characteristic of the process. In actual processes in the isolated
system the entropy growth is inevitable-disorder and chaos increase in the
system; the quality of internal energy goes down. Thermodynamic probability
equals the number of microstates corresponding to the given macrostate. An
analysis was made of the nature of the change in the value of potential energy by its sign for
various potential fields
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