MÔ HÌNH HÓA PHỎNG ĐOÁN NHIỆT ĐỘ SẢN PHẨM TRỰC TUYẾN TRONG QUÁ TRÌNH TIỆT TRÙNG THỰC PHẨM
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Ansonrena & Di Scala K C (2010) Predicting thermal response of conductivve foods during start-up of process equipment using transfer function. Journal of Food Process Engineering. 33,168-181.
Ansonrena M R, Valle C D, Salvadori V O (2010) Application of transfer functions to canned tuna fish thermal processing. Journal of Food Science Technology International, 16(1), 43-51.
Banga J R, Alonso A A & Gallardo J M (1993) Mathematical modelling and simulation of the thermal processing of anisotropic and non-homogeneous conduction-heated canned foods: Application to canned tuna, Journal of Food Engineering. 18, 369-387.
Berckmans D, De Moor M & De Moor B (1992) New model concept to control the energy and mass transfer in a three-dimensional imperfectly mixed ventilated space. Proceedings of Roomvent' 92, Aalborg, Denmark. 2,151-168.
Carlos A M, Antonio De Michelis, Viviana O S & Mascheroni R H (1998) Application of transfer functions to the thermal processing of particulate foods enclosed in liquid medium. Journal of Food Engineering. 38, 189-205.
De Moor M & Berckmans D (1993) Analysis of the control of livestock environment by mathematical identification on measured data. Paper No. 93-4574, International Winter Meeting ASAE, Chicago, IL
Durance T, Dou J & Mazza J (1997) Selection of variable retort temperature processes for canned salmon. Journal of Food Process Engineering. 20, 65-76.
Erdogdu F, Murat O B & Chau K V (1998) Modeling of heat conduction in elliptical cross section: II. Adaptation to thermal processing of shrimp, Journal of Food Engineering. 38, 241-258.
Francesco Marra & Vittorio Romano (2003) A mathematical model to study the influence of wireless temperature sensor during assessment of canned food sterilization. Journal of Food Engineering. 59, 245–252.
Guldas M, Gonenc S & Gurbuz O (2008) A statistical approach to predict the sterilization value for canned olives. Journal of Food Process Engineering. 31,299-316.
Hugo Patino & Julianna R Hell (1985) A Statistical approach to error analysis in thermal process calculations. Journal of Food Science. 50(4), 1110-1114.
Marquez C A, Antonio D M, Viviana O S & Rodolfo H M (1998) Application of transfer functions to the thermal processing of particulate foods enclosed in liquid medium, Journal of Food Engineering. 38, 189-205.
Marquez C A, Salvadori V O, Mascheroni R H & De Michelis A (2003) Application of Transfer Functions to the Thermal Processing of Sweet and Sour Cherries Preserves: influence of particle and container Sizes. Journal of Food Science Technology International. 9(2), 69–76.
Miri T, Tsoukalas A, Bakalis S, Pistikopoulos E N, Rustem B & Fryer P J (2008) Global optimization of process conditions in batch thermal sterilization of food. Journal of Food Engineering. 87, 485-494.
Mohammed Farid, Ghani A G Abdul (2004) A new computational technique for the estimation of sterilization time in canned food. Journal of Chemical Engineering and Processing. 43, 523–531.
Simpson R, Figueroa I & Teixeira A (2006) Optimum on-line correction of process deviations in batch retorts through simulation. Journal of Food Control. 17, 665-675.
Teixeira A & Tucker G S (1997) On-line retort control in thermal sterilization of canned foods. Journal of Food Control. 8, 13-20.
Young P C (1984) Recursive Estimation and Time-series Analysis. Springer-Verlag. Berlin, Germany.
Young P C (2002) Data-based mechanistic and top-down modelling. Proceedings of the First Biennial Meeting of the International Environmental Modelling and Software Society, iEMSs, Manno, Switzerland, ISBN:88-900787-0-7.