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11. KAYNAKLAR
ASAE, 1998. Heating, Ventilating and Cooling Greenhouses. ANSI/ASAE
EP406.3 MAR98. pp. 675-682. BEYTES, C. 1996. What growers want in a greenhouse. Flora Culture, pp.
12-13, October BOODLEY, J.W. 1981. The Commercial Greenhouse, 2nd edition Delmar
Publishers, an International Thomson Pblishing Comp. ITP,
Albany. BOUHDJAR, A., BELHAMEL, M., BELKHIRI, F.E. ve BOULBINA, A.
1996. Performance of Sensible Heat Storage in A Rockbed Used in
A Tunnel Greenhouse. World Renevvable Energy Congress, pp.
724-728. BREDENBECK, H. 1984. Rock Bed Storage inside of Greenhouses. Açta
Horticulturae, Energy in Protected Cultivation III, 2(148), 739-
744. CHANDRA, P. ve WILLITS, D.H. 1981. Pressure Drop and Heat Transfer
Characteristics of Air-Rockbed Thermal Storage Systems. Solar
Energy, 27(6), 547-553. CHANDRA, P., ALBRIGHT, L.D. ve WILSON, G.E. 1981. Pressure Drop
of Unidirectional Air Flow Through rock Beds. Transactions of the
ASAE, pp. 1010-1013. GARZOLI, K.V. 1989. Design of Rock Piles for Greenhouse Energy
Storage. Açta Horticulturae 257, pp. 21-28. HANNAN, J.J ve ark. 1978. Greenhous Management, Springler-Verlag,
Berlin.
HANNAN, J.J. 1998. Greenhouses, Advenced Technology for Protected
Agriculture CRC Pres, Washington, D.C. JENSEN, M.H ve MALTER, A.J. 1994. Protected Agriculture Word Bank
Technical paper 253, Washington, D.C. Von KIEBOOM, A. 1996. Isı Perdeleri, FAO Teknik Yayınlan (REUR),
No.3, S. 60-75. KILIÇ, A. ve ÖZTÜRK, A. 1983. Güneş Enerjisi. Teknik Yayınevi
Mühendislik Mimarlık Yayınlan, Ankara, 331 ss. KÜRKLÜ, A. 1994. Energy Management in Greenhouses Using Phase
Change Materials (PCMs). Ph.D Dissertation. University of
Reading. KÜRKLÜ, A. 1998. Short-Term Thermal Performance of A Built-In Solar
Storage For Frost Prevention in A Greenhouse. International
Journal of Energy Research, 22, pp. 169-174. KÜRKLÜ, A., BİLGİN, S., ÖZKAN, B. 2003. A Study on the Solar Energy
Storing Rock-bed to Heat A Polyethylene Tunnel Type
Greenhouse. Renewable Energy. 28, 683-697 LANGHANS, R.W. 1980. Greenhouse Management, Haleyon Pres of
Ithoco, New York. MASTALERZ, J.W. 1977. The Greenhouse Enviroment, John Wiley and
Sons, New York. NELSON, P.V. 1985. Greenhouse Operation and Management, Peston
Publication Comp. Inc., Reston, Virginio. PAKSOY, H.Ö., BAŞÇETİNÇELİK, A. ve ÖZTÜRK, H.H. 1995. Isı
Depolama Yöntemleri ve Yeraltında Isı Depolama Sistemleri. 5.
Türk-Alman Enerji Sempozyumu. Güneş Enerjisi ve Diğer Yenilenebilir Enerji Uygulamalarındaki Gelişmeler. Bildiriler, 151-160.
SANTAMOURIS, M., BALARAS, C.A., DASCALAKI, E. ve VALLINDRAS, M. 1994. Passive Solar Agricultural Greenhouses: A Worldwide Classification and Evaluation of Technologies and Systems Used For Heating Purposes. Solar Energy, 53(5), 411-426.
SORENSEN, B. 1989. Experiments With Energy Storage in A High Latitude Greenhouse. Solar Energy, 42; 293-301.
ŞÎPAL, C.A., HAKGÖREN, F., BAŞTUĞ, R., 1994. Antalya yöresindeki seraların ısıtılması sonucunda oluşabilecek enerji tüketimi. Enerji ve Çvre Sempozyumu, Nisan 1994, Mersin.
WAAIJENBERG.... The Desingning of Greenhouses is A search for
Minimum Structures With Sufficient Safety, Institute of Agricultural Engineering (IMAG), Wageninglen, the Netherlands.
WAAIJENBERG, 1996. Sera Örtü Malzemeleri, FAO Teknik Yayınları (REUR), No. 3, S. 43-60.
WALKER, J.N., ve DUNCAN, G.A. 1974. Greenhouse Location and Orientation, Department of Agricultural Engineering, AEN-32, Kentucky State University, "Ventilation for Greenhouse".
WILLITS, D.H. ve PEET, M.M. 1987. Factors Affecting the Performance of Rockstorages as Solar Energy Collection/Storage Systems for Greenhouses. Transactions of the ASAE. 30(1), 221-232.
Von ZABELTTIZ Chr, 1996. Isı Perdelerinin Sera Isı Gereksinimine Etkisi, FAO Teknik Yayınlan (REUR), No. 3, S. 75-79.
ASAE, 1998. Heating, Ventilating and Cooling Greenhouses. ANSI/ASAE
EP406.3 MAR98. pp. 675-682. BEYTES, C. 1996. What growers want in a greenhouse. Flora Culture, pp.
12-13, October BOODLEY, J.W. 1981. The Commercial Greenhouse, 2nd edition Delmar
Publishers, an International Thomson Pblishing Comp. ITP,
Albany. BOUHDJAR, A., BELHAMEL, M., BELKHIRI, F.E. ve BOULBINA, A.
1996. Performance of Sensible Heat Storage in A Rockbed Used in
A Tunnel Greenhouse. World Renevvable Energy Congress, pp.
724-728. BREDENBECK, H. 1984. Rock Bed Storage inside of Greenhouses. Açta
Horticulturae, Energy in Protected Cultivation III, 2(148), 739-
744. CHANDRA, P. ve WILLITS, D.H. 1981. Pressure Drop and Heat Transfer
Characteristics of Air-Rockbed Thermal Storage Systems. Solar
Energy, 27(6), 547-553. CHANDRA, P., ALBRIGHT, L.D. ve WILSON, G.E. 1981. Pressure Drop
of Unidirectional Air Flow Through rock Beds. Transactions of the
ASAE, pp. 1010-1013. GARZOLI, K.V. 1989. Design of Rock Piles for Greenhouse Energy
Storage. Açta Horticulturae 257, pp. 21-28. HANNAN, J.J ve ark. 1978. Greenhous Management, Springler-Verlag,
Berlin.
HANNAN, J.J. 1998. Greenhouses, Advenced Technology for Protected
Agriculture CRC Pres, Washington, D.C. JENSEN, M.H ve MALTER, A.J. 1994. Protected Agriculture Word Bank
Technical paper 253, Washington, D.C. Von KIEBOOM, A. 1996. Isı Perdeleri, FAO Teknik Yayınlan (REUR),
No.3, S. 60-75. KILIÇ, A. ve ÖZTÜRK, A. 1983. Güneş Enerjisi. Teknik Yayınevi
Mühendislik Mimarlık Yayınlan, Ankara, 331 ss. KÜRKLÜ, A. 1994. Energy Management in Greenhouses Using Phase
Change Materials (PCMs). Ph.D Dissertation. University of
Reading. KÜRKLÜ, A. 1998. Short-Term Thermal Performance of A Built-In Solar
Storage For Frost Prevention in A Greenhouse. International
Journal of Energy Research, 22, pp. 169-174. KÜRKLÜ, A., BİLGİN, S., ÖZKAN, B. 2003. A Study on the Solar Energy
Storing Rock-bed to Heat A Polyethylene Tunnel Type
Greenhouse. Renewable Energy. 28, 683-697 LANGHANS, R.W. 1980. Greenhouse Management, Haleyon Pres of
Ithoco, New York. MASTALERZ, J.W. 1977. The Greenhouse Enviroment, John Wiley and
Sons, New York. NELSON, P.V. 1985. Greenhouse Operation and Management, Peston
Publication Comp. Inc., Reston, Virginio. PAKSOY, H.Ö., BAŞÇETİNÇELİK, A. ve ÖZTÜRK, H.H. 1995. Isı
Depolama Yöntemleri ve Yeraltında Isı Depolama Sistemleri. 5.
Türk-Alman Enerji Sempozyumu. Güneş Enerjisi ve Diğer Yenilenebilir Enerji Uygulamalarındaki Gelişmeler. Bildiriler, 151-160.
SANTAMOURIS, M., BALARAS, C.A., DASCALAKI, E. ve VALLINDRAS, M. 1994. Passive Solar Agricultural Greenhouses: A Worldwide Classification and Evaluation of Technologies and Systems Used For Heating Purposes. Solar Energy, 53(5), 411-426.
SORENSEN, B. 1989. Experiments With Energy Storage in A High Latitude Greenhouse. Solar Energy, 42; 293-301.
ŞÎPAL, C.A., HAKGÖREN, F., BAŞTUĞ, R., 1994. Antalya yöresindeki seraların ısıtılması sonucunda oluşabilecek enerji tüketimi. Enerji ve Çvre Sempozyumu, Nisan 1994, Mersin.
WAAIJENBERG.... The Desingning of Greenhouses is A search for
Minimum Structures With Sufficient Safety, Institute of Agricultural Engineering (IMAG), Wageninglen, the Netherlands.
WAAIJENBERG, 1996. Sera Örtü Malzemeleri, FAO Teknik Yayınları (REUR), No. 3, S. 43-60.
WALKER, J.N., ve DUNCAN, G.A. 1974. Greenhouse Location and Orientation, Department of Agricultural Engineering, AEN-32, Kentucky State University, "Ventilation for Greenhouse".
WILLITS, D.H. ve PEET, M.M. 1987. Factors Affecting the Performance of Rockstorages as Solar Energy Collection/Storage Systems for Greenhouses. Transactions of the ASAE. 30(1), 221-232.
Von ZABELTTIZ Chr, 1996. Isı Perdelerinin Sera Isı Gereksinimine Etkisi, FAO Teknik Yayınlan (REUR), No. 3, S. 75-79.