Sensing of chlorinated hydrocarbons and pesticides in water using polymer coated mid-infrared optical fibers von WALSH, J. E, MACCRAITH, B. D, MEANEY, M, VOS, J. G, REGAN, F, LANCIA, A, ARTJUSHENKO, S

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New method for investigations of normal human skin surfaces in vivo using fiber-optic evanescent wave fourier transform infrared spectroscopy (FEW-FTIR) von Brooks, Angelique, Afanasyeva, Natalia I., Makhine, Vladimir, Bruch, Reinhard F., Kolyakov, Sergei F., Artjushenko, Slava, Butvina, Leonid N.

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Synthesis and structural properties of AgCl1 - xBrx (x = 0.5-0.8) solid solutions von Artjushenko, V. G., Baskov, P. B., Golovanov, V. F., Kuz’micheva, G. M., Lisitskii, I. S., Musina, M. D., Polyakova, G. V., Sakharov, V. V., Sakharova, T. V.

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Studying fabrication errors of the diffraction grating on the end face of a silver-halide fiber von Volkov, A. V., Golovashkin, D. L., Eropolov, V. A., Kazanskiy, N. L., Karpeev, S. V., Moiseev, O. Yu, Pavelyev, V. S., Artjushenko, V. G., Kashin, V. V.

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Structure and properties of AgCl1 ? x Brx (x = 0.5?0.8) optical fibers von Artjushenko, V. G., Baskov, P. B., Kuz?micheva, G. M., Musina, M. D., Sakharov, V. V., Sakharova, T. V.

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Mechanisms of optical losses in polycrystalline KRS-5 fibers von Artjushenko, V., Butvina, L., Vojtsekhovsky, V., Dianov, E., Kolesnikov, J.

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Synthesis and structural properties of AgCl1 ? xBrx (x = 0.5?0.8) solid solutions von Artjushenko, V. G., Baskov, P. B., Golovanov, V. F., Kuz?micheva, G. M., Lisitskii, I. S., Musina, M. D., Polyakova, G. V., Sakharov, V. V., Sakharova, T. V.

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Synthesis and structural properties of AgCl1 - xBrx (x = 0.5-0.8) solid solutions von Artjushenko, V. G., Baskov, P. B., Golovanov, V. F., Kuz?micheva, G. M., Lisitskii, I. S., Musina, M. D., Polyakova, G. V., Sakharov, V. V., Sakharova, T. V.

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Multicomponent fiber-optical gas sensor based on MIR tunable diode lasers von Stepanov, E.V., Kouznetsov, A.I., Zyrianov, P.V., Plotnichenko, V.G., Selivanov, Yu.G., Artjushenko, V.G.

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New method for investigations of normal human skin surfacesin vivo using fiber-optic evanescent wave fourier transform infrared spectroscopy (FEW-FTIR) von Brooks, Angelique, Afanasyeva, Natalia I., Makhine, Vladimir, Bruch, Reinhard F., Kolyakov, Sergei F., Artjushenko, Slava, Butvina, Leonid N.

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Fibre-optic cable for CO and CO2 laser power transmission von ALEJNIKOV, V. S, ARTJUSHENKO, V. G, BELYAEV, V. P, VOJTSEKHOVSKY, V. V, DIANOV, E. M, LISITSKY, I. S, NUTVINA, L. N, MASYCHEV, V. I, SAVENKOVA, T. N, SYSOEV, V. K

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Mechanism of UV laser-induced absorption in fused silica fibers von Pashinin, V. P., Konstantinov, N. Yu, Artjushenko, V. G., Konov, V. I., Silenok, A. S., Muller, G., Schaldach, B., Ulrich, R.

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METHOD FOR ADVERTISING von ARTJUSHENKO L.V, GLUKHEN'KIJ S.KH

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16 mu m infrared region by destruction of speckle patterns von ARTJUSHENKO, VJACHESLAV, NEUBERGER, WOLFGANG

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Coagulation and destruction of biological tissue by CO laser irradiation using fibre-optic cable von Abakumov, A.O., Aleinikov, V.S., Artjushenko, V.G., Belyaev, V.P., Butvina, L.N., Bogush, L.K., Vojtsekhovsky, V.V., Devyatkov, N.D., Dianov, E.M., Dobkin, V.G., Masychev, V.I., Prokhorov, A.M., Sysoev, V.K.

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Damage resistant infrared fiber delivery device and system von NEUBERGER, WOLFGANG, ARTJUSHENKO, VJACHESLAV G

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Infrared crystalline optical fibre von NEUBERGER, WOLFGANG, NABATOV, ALEXEY, KUZIN, EUGENY, ARTJUSHENKO, VJACHESLAV

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VESSEL AND HOLLOW ORGAN RADIATION DEVICE von MEEROVICH GENNADIJ ALEKSANDROVICH, DANIELJAN GEORGIJ L'VOVICH, ARTJUSHENKO VJACHESLAV GRIGOR'EVICH, MAZAJSHVILI KONSTANTIN VITAL'EVICH

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Verfahren zum Herstellen einer kristallinen Infrarotfaser und das so erhaltene Produkt von NABATOV, ALEXEY, NEUBERGER, KUZIN, EUGENY, ARTJUSHENKO

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Promising flexible cables for laser power delivery von Artjushenko, V. G., Bukreev, V. S., Konov, V. I., Prokhorov, A. M.

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