[2] Matar S., Hatch L.F., “
Chemistry of Petrochemical Processes”, Gulf Professional Publishing (2001).
[3] Belohlav Z., Zamostny P., Herink T.,
The Kinetic Model of Thermal Cracking for Olefins Production,
Chemical Engineering and Processing: Process Intensification,
42: 461-473 (2003).
[4] Zimmermann H., Walzl R., “
Ethylene”, Ullmann's Encyclopedia of Industrial Chemistry, Wiley, (2000).
[5] Karimzadeh R., Godini H.R., Ghashghaee M.,
Flowsheeting of Steam Cracking Furnaces,
Chemical Engineering Research and Design,
87: 36-46 (2009).
[6] Towfighi J., Niaei A., Karimzadeh R., Saedi G.,
Systematics and Modelling Representations of LPG Thermal Cracking for Olefin Production,
Korean Journal of Chemical Engineering, 23: 8-16 (2006).
[7] Gujarathi A., Patle D.S., Agarwal P., Karemore A.L., Babu B.,
Simulation and Analysis of Ethane Cracking Process,
Proceedings of International Symposium & 62nd Annual Session of IIChE in association with International Partners (CHEMCON-2009), Andhra University, Visakhapatnam (2009).
[10] Froment G.P., Van de Steene B.O., Van Damme P.S., Narayanan S., Goossens A.G.,
Thermal Cracking of Ethane and Ethane-Propane Mixtures, Industrial & Engineering Chemistry Process Design and Development,
15: 495-504 (1976).
[11] Kumar P., Kunzru D.,
Modeling of Naphtha Pyrolysis,
Industrial & Engineering Chemistry Process Design and Development,
24: 774-782 (1985).
[12] Zou R., Lou Q., Mo S., Feng S.,
Study on a Kinetic Model of Atmospheric Gas Oil Pyrolysis and Coke Deposition, Industrial & engineering chemistry research,
32: 843-847 (1993).
[13] Masoumi M., Sadrameli S., Towfighi J., Niaei A.,
Simulation, Optimization and Control of a Thermal Cracking Furnace, Energy,
31: 516-527 (2006).
[14] Gao G.Y., Wang M., Pantelides C., Li X.G., Yeung H.,
Mathematical Modeling and Optimal Operation of Industrial Tubular Reactor for Naphtha Cracking, Computer Aided Chemical Engineering,
27: 501-506 (2009).
[15] Zarinabadi S., Samimi A., Marouf M.S.,
Modeling and Simulation for Olefin Production in Amir Kabir Petrochemical,
14th International Oil, Gas and Petrochemical Congress, Iran, (2010).
[17] Guihua H., Honggang W., Feng Q.,
Numerical Simulation on Flow, Combustion and Heat Transfer of Ethylene Cracking Furnaces,
Chemical Engineering Science,
66: 1600-1611 (2011).
[18] Haghighi S.S., Rahimpour M., Raeissi S., Dehghani O.,
Investigation of Ethylene Production in Naphtha Thermal Cracking Plant in Presence of Steam and Carbon Dioxide, Chemical engineering journal,
228: 1158-1167 (2013).
[19] Barazandeh K., Dehghani O., Hamidi M., Aryafard E., Rahimpour M.R.,
Investigation of Coil Outlet Temperature Effect on the Performance of Naphtha Cracking Furnace, Chemical Engineering Research and Design,
94: 307-316 (2015).
[20] ترجمان ع.، بازیار ع.، قاضیزاده ع.،
انتخاب مدلهای ترمودینامیکی برای شبیهسازی فرایندهای شیمیایی،
نخستین همایش مهندسی فرآیند در صنایع نفت، گاز، پتروشیمی و انرژی، تهران، ایران، (1393).
[21] Ranjan P., Kannan P., Al Shoaibi A., Srinivasakannan C.,
Modeling of Ethane Thermal Cracking Kinetics in a Pyrocracker,
Chemical Engineering & Technology,
35: 1093-1097 (2012).
[23] Luyben W.L.,
Chemical Reactor Design and Control, John Wiley & Sons, (2007).
[24] Levenspiel O.,
Chemical Reaction Engineering, Industrial & engineering chemistry research,
38: 4140-4143 (1999).
