ENERGY BALANCE MODEL FOR NATURAL VENTILATION OF GREENHOUSES

EVAPORATIVE COOLING AND TEMPERATURE INSIDE GREENHOUSE UNDER HOT ARID AIR CONDITIONS

A METHODE TO IMPROVE EVAPORATIVE COOLING SYSTEM IN GREENHOUSES UNDER HOT AND HUMID CLIMATIC CONDITIONS

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

PERFORMANCE OF A POLY-GREENHOUSE WITH DIFFERENT VENTILATION GAPS UNDER FAYOUM CLIMATIC CONDITIONS

COOLING GREENHOUSES BY CLOSED SYSTEM OF AIR THROUGH EARTH TUBES

IMPROVING THE GREENHOUSES MACROCLIMATE OF HOT AND HUMID REGIONS BY MODIFIED EVAPORATIVE COOLING SYSTEM

COOLING GREENHOUSES BY USING SOLAR ENERGY

MATHEMATICAL MODEL FOR GREENHOUSE HEATING BY WASTE HEAT FROM BIOGAS FUEL ENGINE

REDUCING THE THERMAL DEVIATION INSIDE GREENHOUSES BY USING SOLAR HEATING AND EARTH TUBE HEAT EXCHANGER SYSTEMS