Ispectrum Magazine Ispectrum Magazine #02 | Page 39

be recorded using a charge coupled optical system, digitized using a video-blaster and mathematically analyzed for several linear and nonlinear parameters including area, fractality and entropy. Measurements are taken from the 10 fingers of a subject. Average basic parameters of the fingers glow patterns( BEO-grams): area, density, spectrum, entropy, and fractality can be calculated as described elsewhere [ 11 ]. The values of the parameters were calculated for the ten fingers of the left and the right hands and averaged. The GDV Camera used in these experiments was produced by Kirlionics Technologies International, Saint- Petersburg, Russia, and had the following parameters: single impulse duration 10 microseconds; repetition frequency 1000 Hz; induction interval 0,5 s; electrode voltage 3 kV.
Statistical processing
Data of all measurements were processed statistically with standard software packages STATISTICS and SPSS. Different types of group data analysis: t-test, Kolmogorov- Smirnov test and Wilcoxon test demonstrated consistent results in all trials. This confirms our previous conclusion [ 11 ] that distribution of the GDV parameters for semiuniform group of more than 20 people has quasi-Gaussian character. Parametric inter-correlations were studied with multi-parametric factor analysis.
EMF Protective Creams. Special creams for the
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protection against EMF radiation have been developed by the Estee Lauder research team. The principle of protection was to prepare oilin-water emulsions in which the water phase contains electrolyte and magnetic particles, which oscillate when submitted to electromagnetic waves and thus absorb energy and reduce the intensity of the EMF. The creams were a simplex control emulsion( base), a simplex emulsion containing inert powders( sham) or base added with electrolytes and magnetic particles( anti-EMF cream).

be recorded using a charge coupled optical system, digitized using a video-blaster and mathematically analyzed for several linear and nonlinear parameters including area, fractality and entropy. Measurements are taken from the 10 fingers of a subject. Average basic parameters of the fingers glow patterns( BEO-grams): area, density, spectrum, entropy, and fractality can be calculated as described elsewhere [ 11 ]. The values of the parameters were calculated for the ten fingers of the left and the right hands and averaged. The GDV Camera used in these experiments was produced by Kirlionics Technologies International, Saint- Petersburg, Russia, and had the following parameters: single impulse duration 10 microseconds; repetition frequency 1000 Hz; induction interval 0,5 s; electrode voltage 3 kV.

Statistical processing

Data of all measurements were processed statistically with standard software packages STATISTICS and SPSS. Different types of group data analysis: t-test, Kolmogorov- Smirnov test and Wilcoxon test demonstrated consistent results in all trials. This confirms our previous conclusion [ 11 ] that distribution of the GDV parameters for semiuniform group of more than 20 people has quasi-Gaussian character. Parametric inter-correlations were studied with multi-parametric factor analysis.

EMF Protective Creams. Special creams for the

38

GDV Camera

protection against EMF radiation have been developed by the Estee Lauder research team. The principle of protection was to prepare oilin-water emulsions in which the water phase contains electrolyte and magnetic particles, which oscillate when submitted to electromagnetic waves and thus absorb energy and reduce the intensity of the EMF. The creams were a simplex control emulsion( base), a simplex emulsion containing inert powders( sham) or base added with electrolytes and magnetic particles( anti-EMF cream).