FIELD: medicine. SUBSTANCE: biolocation operator's brain is subjected to remote contactless exposure to pulse low-frequency unipolar magnetic field with controllable values of polarity, carrier frequency, magnetic induction, interruption frequency, and relative pulse duration, with pulse being filled with carried-frequency current. Selection of magnetic field polarity for right- and left-hand cerebral hemispheres, as well as of parameters of formed unipolar magnetic pulses are performed by biolocation operator with use of biolocation frame or other accessories. Device for exposure to magnetic field has magnetic inductors made as solenoids in form of spiral coils. The latter are manufactured of copper wire with core, positioned above right- and left-hand temporal regions of biolocation operator's brain and connected to generator of unipolar low-frequency magnetic pulses which has common carrier frequency of sinusoidal current for both inductors within 50-1000 Hz. Device also includes interrupters connected to supply circuit of inductors to control modulation frequency of magnetic pulses within the range of 1-10 Hz, correct to 0.01 Hz, with relative pulse duration of 5 to 95%. Magnetic pulses formed by magnetic inductors act on cerebral brain hemispheres in synchronism with action of specific stimulators on peripheral sections of visual and acoustic analyzers. Specific stimulators are formed by means of personal computer provided with colored monitor and sound tracking circuit or with aid of peripheral devices- synthesizers controlled by computer. EFFECT: enhanced stability and truth. 2 cl
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Authors
Dates
1999-12-20—Published
1996-06-11—Filed