EVALUATION OF THREE EVAPORATIVE COOLING PADS FROM AGRICULTURAL WASTES

Effect of pad thickness and air velocity on the performance of evaporative cooling system

Performance of Evaporative Cooling System As Influenced By Air Speed and Pad Height

ENHANCEMENT OF SOLAR STILL EFFICIENCY BY USING CELLULOSE COOLING PAD AND WATER SPRINKLER

SOME ENGINEERING FACTORS AFFECTING THE PERFORMANCE OF SOLAR POWERED ADSORPTION REFRIGEARTION SYSTEM

INVESTIGATE STEADY-STATE HEAT AND MASS BALANCE FOR GREENHOUSES PAD-FAN COOLING SYSTEM

THE EFFECT OF PAD COOLING MATERIALS ON ENVIRONMENTAL CONTROL FOR GREENHOUSES

A PILOT-SCALE STUDY FOR EVALUATING THE PERFORMANCE OF A FAN-PAD COOLING SYSTEM UNDER DIFFERENT CLIMATIC CONDITIONS OF SAUDI ARABIA

Effect of Utilization of Different Materials and Thicknesses Evaporative Cooling Pad On Cooling Efficiency in Greenhouses in Hot-Arid Regions

ENGINEERING STUDIES ON ABSORBENT SURFACES TO IMPROVE THE PERFORMANCE OF SOLAR COLLECTORS