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INTRODUCTION
APPLICATION OF THE GDV TECHNIQUE FOR STUDY OF WATER AND LIQUIDS
Informativeness
of the GDV images of liquid objects was demonstrated in our
works with Kirlian photography in the process of study of
microbiological cultures [Korotkov K. 1998, pp.112-119]. Computerized
GDV technique opened new perspectives for this method. It
was demonstrated the changes of water GDV patterns under the
influence of pyramids (colour fig.14 of this book), directed
consciousness influence of a trained person [Korotkov K. 1998,
pp.155-157], difference in GDV patterns for homeopathy remedies
and flower essences. GDV-grams of a blood samples depend on
the health state of a patient [Korotkov K. 1998, pp.132-141]
and [Kukuy L., Gudakova G., 1998].
 Three
main techniques of water GDV images registration have been
developed: with lying drop, with suspended drop and in a closed
capsule (Fig.1). In the first case (Fig.1a) calibrated drop
from the dispenser is placed on the transparent film on the
instrument window and grounded electrode is inserted inside
the liquid about one millimeter above the glass. This technique
has low reproducibility and operates not with all the liquids
due to the out-flow of drop under electrostatic forces.
Fig.1. Different methods of liquids GDV characteristics study.
1 - glass window of the GDV Camera; 2 - liquid; 3 - grounding
electrode; 4 - glass tube (syringe); 5 - glass bottle.
In
the second method with suspended drop (Fig.1b) it is important
providing the stable configuration of the liquid's meniscus
and stability of its distance to the window that creates some
experimental difficulties. The third method is simpler (Fig.1c),
but it is less sensitive compared with previous two. Special
installation for the realization of the second method is available
from Kirlionics Technologies Ltd.
Results
obtained and techniques developed reveal perspectives of wide
application of GDV technique for control of structural properties
of liquids. This opens interesting new perspectives, for example,
creating principally new biofeedback system of structurization
of liquids for the controlled influence to the biological
objects. For the controlled applications of the developed
technique it was necessary to solve some methodical questions.
Research
Objectives
- Survey
of the basic data on Water and its Properties.
- Development
of a Measuring conditions
- Study
of the GDV process standardisation.
- Study
of the statistical distribution of the GDV data
- Development
of a new principles of GDV data descriptions.
- Study
of sensitivity of the GDV Technique for test solutions.
- Formulation
of the Measuring Conditions for the GDV Water tests.
- Development
of a new Software and Devices for the GDV Water study.
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