Search Results - "Lappa, A.V."

25 NEW MEDICAL TECHNOLOGY OF THE BASAL CELL CARCINOMA TREATMENT BY MEANS OF PDT by Privalov, V.A, Romanov, V.A, Sokolov, V.V, Filonenko, E.V, Vakulovskaya, E.G, Lappa, A.V, Goncharov, S.E, Zalevskiy, I.D, Reshetnickov, A.V, Vodnev, A.A

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Laser Perforation of Bones. Photothermal Effects and Clinical Applications by Abushkin, I.A., Anchugova, A.E., Lappa, A.V., Minaev, V.P., Chudnovsky, V.M.

“…The mechanism and clinical effectiveness of laser bone perforation with wavelengths of 0.97 and 1.9 μm are being studied. The crucial role of intermittent…”
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Modified non-invasive diffuse reflective calibrationfree method to determine optical parameters of biological tissues by Lappa, A.V., Anchugova, A.E., Shakaeva, D.Iu

“…A modification of the non-invasive, calibrationfree diffuse reflective method to determine optical parameters of turbid media proposed by us earlier [1] is…”
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Laser Thermotherapy of Vascular Tumors in Children under Ultrasound Control by Abushkin, I.A., Denis, A.G., Vasiliev, I.S., Lappa, A.V., Privalov, V.A., Gavrilova, O.A., Lapin, V.O., Romanova, O.A., Galiulin, M.Y.

“…The results of treatment of vascular tumors (subcutaneous and combined hemangiomas, kaposiform hemangioendothelioma) using interstitial thermotherapy with…”
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A Precise Ionization Method for Determination of the Energy Deposited in Small Sites of Irradiated Objects by Bigildeev, E. A., Lappa, A. V.

“…The ionization method for determination of the energy deposited in sensitive sites of irradiated objects is usually used with the assumption that deposited…”
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Calculation of microdosimetric characteristics in electron and gamma-ray irradiated water by Lappa, A. V., Burmistrov, D. S., Vasil'ev, O. N.

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