MW energy irradiator for reflexotherapy

Belavskaya, S.V.; Berezhinskii, I.V.; Vityugov, V.A.; Lisitsyna, L.I.; Likhanov, Y.M.

doi:10.1109/memia.2001.982363

Cited by 3 publications

(2 citation statements)

References 2 publications

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“…The block diagram of the setup is show in fig.1. The piece of the waveguide with the extended central electrode [15] has been used as the receiving antenna. For better measurement the ferrite isolators were used: ФВ1 for attenuation of power reflected from load (transmission coefficient (К П ) of the irradiator is 0.45 for BT) and ФВ2 for attenuation of reflected power owing to mismatching with receiving antenna (К П =0.69).…”

Section: Solving the Problemmentioning

confidence: 99%

MW electromagnetic field distribution in biological tissue under slot irradiator treatment

Belavskaya

Lisitsyna

Plavsky

et al. 2003

4th IEEE-Russia Conference Microwave Electronics: Measurements, Identification, Applications, 2003. MEMIA 2003. Proceedings of

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The electromagnetic field distributions calculated and obtained in the experiments on biological tissue are analyzed. A close agreement between calculated and experimental data is observed. It is shown that in the direction normal to the slot irradiator the electric field spreads far beyond the slot and in the direction along the slot the field is concentrated near the center of the slot and does not spread beyond the boundaries of the slot.

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Section: Solving the Problemmentioning

confidence: 99%

MW electromagnetic field distribution in biological tissue under slot irradiator treatment

Belavskaya

Lisitsyna

Plavsky

et al. 2003

4th IEEE-Russia Conference Microwave Electronics: Measurements, Identification, Applications, 2003. MEMIA 2003. Proceedings of

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“…In the case of reflexotherapy the object is BAP (biologically active point) the diameter of which is less than 2 mm [3]. In paper [4] the efficiency of MW power transfer into biological tissue from the end of the coaxial waveguide having diameter close to that of the BAP and directly contacting the tissue was considered. It was shown that the waveguige of such design meets the requirements for MW power transfer in reflexotherapy, i.e.…”

Section: Introductionmentioning

confidence: 99%

Investigation of temperature distribution in biological tissue under MW irradiation from waveguide

Belavskaya

Berezhinskii²,

Lisitsyna³

2002

Proceedings. 3rd Annual Siberian Russian Workshop on Electron Devices and Materials

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Temperature distribution in biological tissue under MW irradiation from the end of coaxlal waveguide directly contacted thc tissuc is considercd It is show that under such conditions the relative increase of the surface temperature on thc border of thc irradiator is only 30% of thc relative increase of the surface temperature just below the central electrode of the irradiator, and the relative increase of thc surface temperature at the distance of 5 mm is only few percents. It is demonstrated that tcniperature effect is local therefore such design of the waveguide can be used in reflexotherapy.

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Analysis of experimental and numerical calculations results on microwave irradiator for reflexotherapy

Belavskaya

Berezhinskii

Vityugov

et al.

Proceedings, 6th International Conference on Actual Problems of Electronic Instrument Engineering

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MW energy irradiator for reflexotherapy

Cited by 3 publications

References 2 publications

MW electromagnetic field distribution in biological tissue under slot irradiator treatment

MW electromagnetic field distribution in biological tissue under slot irradiator treatment

Investigation of temperature distribution in biological tissue under MW irradiation from waveguide

Analysis of experimental and numerical calculations results on microwave irradiator for reflexotherapy

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