Copyright 2009 BigMax
The interest to physicochemical water propeties is arised not only by its specific features but also by its application in science and engineering. For example the pulse discharge realization in water leads to high temprature and pressure in discharge channel that is widely used at a novel technological process development and at creation of novel energy transformation facilities.
For the experimental researches we designed and built experimental setup shown in fig.1.
For the experimental researches we designed and built experimental setup shown in fig.1.
Electrical discharge in electrolyte was accompanied by soft roentgen electromagnetic radiation recorded by photographic paper in oblique envelope light-striking (fig.3).
The discharge from center electrode leads to plasmoid excitation which character living dynamic has been presented in fig.2.
Fig.1. Setup for plasmoid generation: 1 polyethylene container; 2 - ring electrode; 3 - center electrode; 4 - capacitor bank; 5 - discharger; 6 - a drop of the solution; 7 - quartz tube; 8 - wire insulation; 9 - copper wire; 10 - kilovoltmeter; 11 - DC power supply
Fig.2. Dynamic of living of spheroidal plasmoid at electrolyte temprature 20°С, electrolye resistence 1 kOhm and discharge voltage 5kV
Fig.3. Photography of radiation by a discharge at the boundary water-air: a) - envelope with photographic paper is placed above the discharge container, b) - the envelope lays beneath the container, c) - the envelope lays beneath the container under the lead plate