Analysis of aftereffects in therapeutic exposure to magnetic field
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Abstract
For the estimation of efficiency of the magnetic field influence on the patient a method of estimation of effects of the deferred action under the influence of the magnetic field is offered. The method based on calculation of index of the form and normalized index of the amplitude-phase which is calculated on the basis of harmonious structure of a signal of pulse waves. The adequacy of the suggested criteria of the efficiency estimation is confirmed using measurements by the Nakatani method
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References
Sinekop YU.S., Pojda A.I., Zubchuk V.I., SHlykov V.V. i dr. Primenenie magnitoterapii pri lechenii sosudistyh zabolevanij i gnojnyh ran [Application of magnetotherapy in the treatment of vascular diseases and purulent wounds]”, Electronics and communication, no. 9, pp.108 – 109, 2000
Delavar-K.M., Zaporozhko I.A., Zubchuk V.I. Recognition Methods of Polymetric Human Information Research, Proceedings of International Scientific-Practical Conference “Virtual Instruments In Biomedicine 2009”, Klaipeda, pp.263 -267, 2009