Abdallah S. E and M. A. Basiouny (2008) Influence of pad onfiguration on evaporative cooling system effectiveness inside a wind tunnel. The 15th. Annual Conference of the Misr Society of Ag. Eng., 12-13 March, 2008. 591-613
Darwesh, M. ; S. Abouzaher ; T. Fouda and M. Helmy (2007). Effect of using pad manufactured from agricultural residues on the performance of evaporative cooling system. Misr J. Ag. Eng., 24(4):1023- 1043
Dayioğlu, M. A., and H. H. Silleli. )2015(. Performance analysis of a greenhouse fan-pad cooling system: gradients of horizontal temperature and relative humidity. Journal of Agricultural Sciences, 21(1): 132–143.
Heidarinejad .G ; M. R. A .Moghaddam and H. Pasdarshahri (2019). Enhancing COP of an air-cooled chiller with integrating a water mist system to its condenser: Investigating the effect of spray nozzle orientation. International Journal of Thermal Sciences . (137) 508–525
López,A.; D. L. Valera; F. D. Molina-Aiz and A. Peña (2013). Effectiveness of horizontal air flow fans supporting natural ventilation in a Mediterranean multi-span greenhouse . Sci. Agric. v.70, n.4, p.219-228
Misra, D., and S. Ghosh. )2017(. Performance study of afloricultural greenhouse surrounded by shallow water ponds.International Journal of Renewable Energy Development, 6(2):137–144.
Misra, D., and S. Ghosh.) 2018(. Evaporative cooling technologies for greenhouses:a comprehensive review.Agric Eng Int: CIGR Journal, Vol. (20) , No. (11).
Shah, B.A. (2015) . Performance Investigation of Evaporative Cooling Pads of Different Materials. National Conference on Innovative and Emerging Technologies, At SR Patel Engineering College, Unjha, Vol. 1
Shen, T., and C. Chen. (2012). Misting cooling technique for protected culture of Oncidium orchids in subtropical regions . Afr. J. Biotechnol.11(80): 14612 -14620
Tayel, S. A.; M. A. Mosallam and A. M. Mousa. (2010). Evaluation of three evaporative cooling pads from agricultural wastes. Misr J. Eng., 27(3):924 - 942