"THINKING OUT LOUD"

SCIENTIFIC ROMAN ON THE BASIS OF SCIENTIFIC THEORY
UNIVERSAL, NEUTRONIC PHYSICS AND NEUTRON CHEMISTRY

Physics. Discoveries in physics.

Valeriy Fedorovich Andrus

" Our task is to develop means of obtaining energy from stocks that are eternal and inexhaustible, to develop methods that do not use consumption and consumption of any" material "carriers. Now we are absolutely sure that the realization of this idea is not far off.: The opportunities for development This concept consists precisely in the fact that to use for the work of engines in any point of the planet the pure energy of the surrounding space ... "

(Tesla, 1897)

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ONE QUESTION FROM HYDRODYNAMICS FROM THE POSITION OF NEUTRON PHYSICS

"Why does the velocity of the fluid in the tube with the constriction increase in this place? Let's remember a liquid water are chains of hedgehogs. At room temperature, rotating needles of hedgehogs of parallel chains reach the rockers and further rapprochement is possible only with the destruction of needles and rocking pads, and their repulsion from each other makes the water practically incompressible.

In the place of constriction, it is impossible to squeeze water. Subsonic perturbation about the obstacle ahead of the movement of water receives at a speed of one and a half kilometers per second, that is, four times faster than in the air. Water is a rapidly changing structure.

The growth of the speed of motion is possible with the growth of temperature and the decrease in viscosity. In this case, a clear increase in temperature is not observed on the one hand, and the growth of velocity is possible only with a decrease in viscosity - this is on the other hand. The solution is in the following form:

    • At the point of narrowing, the number and density of heat carriers increases.
    • The increase in the density of heat carriers under mechanical compression leads to the expansion of the chains and the growth of the volume of water in this place without a noticeable increase in temperature.
    • The viscosity falls throughout the volume of water at a narrowing and its velocity increases.

    In this case, the total amount of heat does not change, and heating is carried out by slow mechanical compression, in which there is no ejection of heat carriers from the water (we recall the thermometer) with increasing water volume. At the exit from the narrow section to the previous diameter, the volume of distribution of heat carriers increases, their density decreases, the chains converge, the viscosity increases and the velocity decreases, that is, the process of viscosity change in nature is a change in temperature with an unchanged composition of the liquid with or without heat carriers.

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    Author: Valerii Fedorovich Andrus
    PS The material is protected.
    Date of publication 15.12.2003gg