Search Results - M. V. Tumilovich

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  1. 1
    Investigation of the producing process of noise silencers with increased effectiveness from porous powder materials

    Investigation of the producing process of noise silencers with increased effectiveness from porous powder materials by M. V. Tumilovich, L. P. Pilinevich

    Published 2019-06-01
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  2. 2
    Effect of Bolus Position on the Dose of Ionizing Radiation in a Linear Accelerator Simulation

    Effect of Bolus Position on the Dose of Ionizing Radiation in a Linear Accelerator Simulation by I. N. Chirkova, M. V. Tumilovich

    Published 2025-07-01
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  3. 3
    POROUS POWDER MATERIALS WITH INCREASED EFFICIENCY OF LIQUID AND GAS ENVIRONMENTS

    POROUS POWDER MATERIALS WITH INCREASED EFFICIENCY OF LIQUID AND GAS ENVIRONMENTS by M. V. Tumilovich, L. P. Pilinevich

    Published 2011-11-01
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  4. 4
    INFLUENCE OF SHAPE AND SIZE OF PARTICLES ON THE OSSEOINTEGRATION OF POROUS IMPLANTS MADE OF TITANIUM POWDER

    INFLUENCE OF SHAPE AND SIZE OF PARTICLES ON THE OSSEOINTEGRATION OF POROUS IMPLANTS MADE OF TITANIUM POWDER by M. V. Tumilovich, V. V. Savich, A. I. Shelushina

    Published 2019-06-01
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  5. 5
    Method for analisis of the structure and properties of regenerated polimer fibrous filter for thin cleaning of airl

    Method for analisis of the structure and properties of regenerated polimer fibrous filter for thin cleaning of airl by A. G. Kravtsov, M. V. Tumilovich, L. P. Pilinevich

    Published 2021-02-01
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  6. 6
    Radio‑absorbing composite materials and coatings based on aluminum and iron oxides for electromagnetic radiation shielding

    Radio‑absorbing composite materials and coatings based on aluminum and iron oxides for electromagnetic radiation shielding by M. V. Tumilovich, D. I. Peñalosa Ovalle, O. V. Boiprav

    Published 2024-09-01
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  7. 7
    Porous materials from sponge titanium powders with increased strength

    Porous materials from sponge titanium powders with increased strength by V. V. Savich, M. V. Tumilovich, L. P. Pilinevich, A. M. Taraykovich

    Published 2025-01-01
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  8. 8
    Electromagnetic radiation shielding composite coatings based on powdered alumina and ironoxide

    Electromagnetic radiation shielding composite coatings based on powdered alumina and ironoxide by D. I. Penialosa Ovalies, O. V. Boiprav, M. V. Tumilovich, L. M. Lynkou

    Published 2021-06-01
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  9. 9
    Research of the process of obtaining capillary-porous materials from metal powders for heat pipes

    Research of the process of obtaining capillary-porous materials from metal powders for heat pipes by L. P. Pilinevich, M. V. Tumilovich, A. G. Kravtsov, D. M. Rumiantsav, K. V. Hryb

    Published 2021-07-01
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  10. 10
    Cleaning of Indoor Air from Highly Dispersed Particles and Aerosols.

    Cleaning of Indoor Air from Highly Dispersed Particles and Aerosols. by L. P. Pilinevich, M. V. Tumilovich, D. M. Rumiantsav, K. V. Hryb, A. G. Bunas

    Published 2022-06-01
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  11. 11
    INFLUENCE OF POWDER PARTICLE SIZES OF POROUS MATERIALS ON REDUCING THE AERODYNAMIC NOISE LEVEL

    INFLUENCE OF POWDER PARTICLE SIZES OF POROUS MATERIALS ON REDUCING THE AERODYNAMIC NOISE LEVEL by L. P. Pilinevich, M. V. Tumilovich, A. G. Kravtsov, D. M. Rumyantsev, K. V. Grib

    Published 2019-12-01
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  12. 12
    Application of the method of self-extending high-temperature synthesis for receiving porous vacuum inserts of faceplates of electronic mechanical engineering equipment

    Application of the method of self-extending high-temperature synthesis for receiving porous vacuum inserts of faceplates of electronic mechanical engineering equipment by M. V. Tumilovich, L. P. Pilinivich, A. M. Taraykovich, V. E. Tolstik, G. A. Sheko

    Published 2019-06-01
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  13. 13
    Substantiation of the Possibility to Use the Electromagnetic Shields Based on Powdered Aluminum Oxides to Reduce the Electromagnetic Radiation Energy of Electronic Devices

    Substantiation of the Possibility to Use the Electromagnetic Shields Based on Powdered Aluminum Oxides to Reduce the Electromagnetic Radiation Energy of Electronic Devices by D. I. Penialosa Ovalies, O. V. Boiprav, M. V. Tumilovich, A. V. Gusinsky, P. I. Baltrukovich

    Published 2022-12-01
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