Hemba V. The instruments of complex influence by electromagnetic fields for physiotherapy wound of mans tissue

Object - complex of low-intensity non-ionizing electromagnetic fields effect on human soft tissue injuries. The aim - to research and develop methodic coverage and instrumental support for soft tissue injuries treatment with the use of low-intensity electromagnetic fields. Methods - mathematical modelling, electrodynamic theory, fractals, chaotic dynamics, random processes, electromagnetic radiation theory. The results - mathematical models were developed for processes in injured soft tissues under constant, variable and chaotic electromagnetic fields, combined field types also. Methodics was created for effective field parameters evaluation and determining on this basis the technical specifications of devices for soft tissue injuries treatment. A special device was developed and built containing wide-range emitter for surface soft tissues injuries with area up to 18 sq. cm. Novelty - crucially new approach to soft tissue injuries treatment was offered, theoretically proved and aprobated. Application -a prototype was implemented of the universal computer-based physiotherapeutic device for clinical testing the effectiveness of low-intensity electromagnetic fields on biological objects. Branch - medical instrumentation