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

ENGINEERING FACTORS AFFECTING HYDROPONICS GRASS- FODDER PRODUCTION

LIGHT UNIFORMITY IMPROVEMENT INSIDE THE SPROUTING ENVIRONMENT AND PRODUCT EVALUATION

AUTOMATIC ENVIRONMENTAL-CONTROL IN THE BIOSYSTEM FOR SPROUTING SOILLESS HYDROPONICS BARLEY

EFFECTIVENESS OF APPLYING SOLAR ENERGY IN THE AQUAPONIC SYSTEM FOR SAVING ENERGY

DESIGN AND EVALUATION OF SMART VENTILATION SYSTEM FOR MANAGING THE BIOENVIRONMENT OF THE HYDRPONICS SYSTEMS

USING OF SOLAR ENERGY FOR THE OPERATION OF A COOLING SYSTEM FOR THE HYDROPONIC IN THE GREENHOUSES

SOLAR ENERGY UTILISATION FOR PROVIDING AND MAINTAINING OPTIMAL MICROCLIMATIC CONDITIONS OF GREENHOUSE CUCUMBER. PART I: THERMAL PERFORMANCE ANALYSIS OF SOLAR WATER HEATER

SUCCESSIVE MANAGEMENT PROGRAMS FOR THE DEFICIT WATER RESOURCES IN HYDOPONICS AND SOILLESS GREEN FODDER PRODUCTION

BIO- ENGINEERING APPROACH TO EXPLORE GREENHOUSE PLANT RESPONSES TO ROOT ZONE HEATING