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7 ta ish

Ish: Investigation of the Efficiency of Using a Film-Ceramic Composite in a Solar Dryer

  1. Prospects of Solar Energy: The Role of Modern Solar Technologies in the Production of Hydrogen

    R.KH. RAKHIMOV, V.P. YERMAKOV

    MaqolaEngineering and Environmental StudiesComputational nanotechnology202313 iqtibos
    ABI

  2. RETRACTED: Determination of the ability of a solar dryer based on a polyethylene ceramic composite to dry vegetables of various thicknesses

    Rustam Saidov, Akmal Kuchkarov, DILMUROD MUKHTOROV

    MaqolaEngineering and Agricultural InnovationsBIO Web of Conferences20244 iqtibos
    ABI

  3. Solar Drying of Fruit and Vegetables Using Polyethylene-Ceramic Composite

    R.KH. RAKHIMOV, DILMUROD MUKHTOROV

    MaqolaEngineering and Agricultural InnovationsComputational nanotechnology20231 iqtibos
    ABI

  4. Experimental research on greenhouse-type solar dryer with forced convection

    Behzod Hikmatov, Mirfayz Mirzayev

    MaqolaFood Drying and ModelingAIP conference proceedings20240 iqtibos
    ABI

  5. Solar Dryers: A Brief Review

    R. Kh. Rakhimov, B. A. Khikmatov, M. S. Mirzaev +1

    MaqolaFood Drying and ModelingApplied Solar Energy20250 iqtibos
    ABI

  6. Development of a Mathematical Model for Substantiating the Energy Efficiency of a “Climate Control” Device

    Doniyor Tursunov, Anvarjon Xaqiqov, Abdulahad Ashurov +3

    MaqolaAdvanced Power Generation Technologies20260 iqtibos
    ABI

  7. Investigation of asymmetric optical properties in three-layer polyethylene-ceramic composite films for enhanced solar drying efficiency.

    RUSTAM KH. RAKHIMOV, Dilmurod N. Mukhtorov

    MaqolaFood Drying and ModelingComputational nanotechnology20260 iqtibos
    ABI