1 |
Aldrich, Robert A. and John W. Bartok. 1990. Green house Engineering. Northeast regional agricultural engi-neering service. p. 65-66
|
2 |
Arbel, A., 0. Yekutieli and M. Barak. 1999. Perfor-mance of a fog system for cooling greenhouses. J. of Agricultural Engineering Research 72:129-136
DOI
ScienceOn
|
3 |
Al-helal, I.M. 1998. A computational fluid dynamics study of natural ventilation in arid region greenhouses. Ph.D. Diss., Ohio State Univ., p. 27-35
|
4 |
Singletary, I. B., R. W. Bottcher and G. R. Baughman. 1996. Characterizing effect of temperature and humid-ity on mist evaporative efficiency. Transactions of ASAE 39(5):1801-1809
DOI
|
5 |
민영봉. 2000. 증발냉각에 의한 냉방효과와 적합설비.시설원예의 고온기 냉방관리 기계기술. p. 31-68
|
6 |
Yun, N.K. 2000. Analysis for natural ventilation and airflow characteristics in greeenhouse by CFD Simulation. Ph.D. Diss., Seoul National Univ., P. 10-35 (in Korean)
|
7 |
이범선. 2000. 에어쿨의 원리와 효과.시설원예의 고온기 냉방관리 기계기술. p. 95-126
|
8 |
Lee, I.B. and Ted H. Short. 1999. Analysis of the effi-ciency of natural ventilation in a multi-span green-house using CFD simulation. J. Bio-Env. Con. 8(1):9-18 Cin Korean)
|
9 |
Al-ahfi, A. 1999. The influence of shading and evapo-transpiration on a ventilated greenhouse environment. Ph.D. Diss., Ohio State Univ., p. 48-55
|
10 |
Fluent Inc. 1998. FLUENT5 Users Guide
|
11 |
Kim, H.S. 2001. Prediction of cooling effect for fog cooling system in greenhouse by CFD simulation. M.S. Diss., Seoul National Univ. (in Korean)
|
12 |
Hayashi, M., T. Sugahara and H. Nakajima. 1998. Temperature and humidity environments inside a natu-rally ventilated greenhouse with the evaporative fog cooling system. Environ. Control in Biol. 36(2):97-104 (in Japanese)
DOI
|