Finally managed to find a way of creation of industrial installations for the processing of large amount of water. Namely, due to the new auger large diameter in the finished pipe for water or gas. At the bottom of the valve, which after processing is opened, the water slowly drains, and the top slowly fed pump or from the tap.
"LISTLEVEL SCREW ROTOR" FOR THE FIRST TIME IN WORLD PRACTICE, CAVITATION
Two years I couldn't figure out how to move the liquid and air through the drill, couldn't do at home "propeller" and "propeller blades". I have never found that someone from sheet metal without welding did the screws, the larger diameter. There are no known screws will not move the air and water. I set the task to move the liquid not just by a helix, and Fractal spiral, spiral line. This "leaves" are bent at right angles and are of different sizes. I got this rotor without nozzle, without overpenetrating threads full cavitation fractal water which, after shaking a bit white, and bursting bubbles 1 minute (if you put your ear to the bottle).
At different direction of rotation of the drill is somewhat different water. Also regulated the amount of water (2-3 litres) and the translational motion of the rotor down-up. The nuances are many. The inner surface of the pipe (diameter 11cm) specially fully processed for obtaining the friction of the water against the wall.
The thickness of the "leaves" can be increased to cover their abrasive surface. The rotor resembles a tree branch with dense foliage. In the next stage, I now all the leaves will obrotu their threads. The cavitator is very inexpensive on materials, but the cost of time is very significant, needs a lot of patience for Assembly. That and well, it was more difficult to copy.
It would be possible to make continuous screw blades, but it is less effective. Because my goal is in three planes to cut the air or water jets the water on the small pieces. For this reason, the stationary rotation is ineffective, it is treatment in two planes, the desired Vibration of the rotor, the translational motion as the piston, a Certain not very small gap between the pipe surface and blades.
Tin then make Lapasta-sheets in spiral shells. At the center of rotation formed by the breakout of water from the centrifugal forces and curved blades grab the air, the water, the air cuts the water very finely.
Cm. video https://cloud.mail.ru/public/2evP/5AdDmm8p6
3 MGB https://cloud.mail.ru/public/QY6y/2KSksj8GR
25мгб by shaking the water imagazines, fizzes like champagne, a crackling sound of bubbles is heard 1 minute, if you put your ear to the bottle
"SHEET SCREW ROTOR" FOR THE FIRST TIME IN THE WORLD PRACTICE OF CAVITATION
For two years I could not think of how to move liquid and air with the help of an electric drill, I could not make “propellers and propeller blades” at home. I haven't found anywhere that someone made from tin screws without welding, especially of a larger diameter. No known augers move air and water. I set the task to move the fluid, not just along the helix, but along the Fractal helix, spiral line. To do this, the "leaves" are bent at certain angles and have different sizes. I received on this rotor without nozzles, without super-twisted threads full cavitation fractal water, which after shaking slightly whitens, and the bubbles burst for 1 minute (if you put your ear to the bottle).
With a different direction of rotation of the electric drill, slightly different water is obtained. The volume of water is also regulated (approximately 2-3 liters) and the translational movement of the rotor down - up. There are many nuances. The inner surface of the pipe (diameter 11cm) is specially completely processed to obtain the friction of water against the walls.
The density of the “leaves” can be increased by covering them with an abrasive surface. The rotor it resembles a tree branch with a dense crown. At the next stage, I will now wrap all the leaves with my own threads. The cavitator is very inexpensive in materials, but the time spent is very significant, you need a lot of patience to build. Which is good to make it harder to copy.<