Protection Materials and Energy Engineering

<ul><li>Preface</li><li>Chapter 1: Materials and Technologies for Environmental Protection</li><li>Optimization of WWTP of Dairy Industry</li><li>Preparation of a Photocatalytic Activated Carbon Based on Almond Shell and Ag-ZnO: Characterization and Application to Organic Effluent Treatment</li><li>Comparison between the Performance of Combined Treatment of Waste Water Physic-Chemical & Biological and the Direct Activated Sludge Applicated to Dairy Activity</li><li>Synthesis of an Activated Carbon Based on Cardoon Waste and its Comparison to a Commercial Carbon in Terms of Physicochemical Characterization and Organic Dye Adsorption Performance</li><li>Experimental Study and Modeling of Drying Kinetics and Evaluation of Thermal Diffusivity of Sewage Sludge</li><li>Wheat Straw-Derived Activated Carbon for Efficient Removal of Methylene blue: Kinetics, Thermodynamics, and Adsorption Mechanism</li><li>Chapter 2: Solar Energy Engineering</li><li>Improvement Efficiency of Solar Cells Using III-V Dual Junction: InGap/GaAs</li><li>Outdoor Experimental Investigation of the Temperature Effect on the Performance of Different PV Modules Materials</li><li>Chapter 3: Fire-Resistant Materials and Extinguishing Substances</li><li>Investigation of the Impact Properties of the Material of the Isolation on the Parameters of the Loaded Cable Lines</li><li>The Possibility of Using 1301 and 2402 Mixtures of Halons for Fire Extinguishing Purposes</li><li>Relationship Between Properties of Floating Systems and Flammable Liquids in the Stopping Their Burning Technology</li><li>Fire-Resistant Coatings, Obtained by Layer-by-Layer Assembly, in the System of Silicic Acid Gel - Diammonium Hydrogen Phosphate - Urea</li><li>Study of Phosphorus-Containing Silica Coatings Based on Liquid Glass for Fire Protection of Textile Materials</li><li>Properties of Multi-Component Fire Extinguishing Systems Based on Light Bulk Materials</li><li>Methods of Creating Gel Fire Extinguishing Substances Based on Aluminum Hydroxide</li><li>Screening Ability of Environmentally Friendly Aerosols for Thermal Radiation</li><li>Analysisof Riskof Self-Ignition Grain Products During Storage</li><li>Substantiation of the Swellable Coating Effectiveness for Fire Protection of Wooden Constructions</li></ul>