Thermal Food Processing

360 Thermal Food Processing: New Technologies and Quality Issues
7. IJ Pflug. Microbiology and Engineering of Sterilization Processes, 11th ed. Minneapolis:
Environmental Sterilization Laboratory, University of Minnesota, 2003.
8. Anon. FDA 21 CFR, Part 113: Thermally Processed Low-Acid Foods Packaged
in Hermetically Sealed Containers. Washington, DC: The Federal Register, 1991.
9. Anon. Fish & Fisheries Products Hazards & Controls Guidance, 3rd ed. Washington,
DC: FDA, June 2001.
10. DR Heldman, RL Newsome. Kinetic models for microbial survival during processing.
Food Technology 57: 40–46, 2003.
11. V Sapru, GH Smerage, AA Teixeira, JA Lindsay. Comparison of predictive models
for bacterial spore population resources to sterilization temperatures. Journal of
Food Science 58: 223–228, 1993.
12. M Peleg. A model of survival curves having an ‘activation shoulder.’ Journal of
Food Science 67: 2438–2443, 2002.
13. CO Ball, FCW Olson. The formula method. In: CO Ball, FCW Olson, Eds.
Sterilization in Food Technology. New York: McGraw-Hill Book Company, 1957,
pp. 313–358.
14. KI Hayakawa. A critical review of mathematical procedures for determining
proper heat sterilization processes. Food Technology 32(March): 59–65, 1978.
15. RL Merson, RP Singh, PA Carroad. An evaluation of Ball’s formula method of
thermal process calculations. Food Technology 32(March): 66–75, 1978.
16. JE Manson, JW Zahradnik, CR Stumbo. Evaluation of lethality and nutrient
retentions of conduction-heating foods in rectangular containers. Food Technology
24: 109–113, 1970.
17. AK Datta, AA Teixeira. Numerically predicted transient temperature and velocity
profiles during natural convection heating of canned liquid foods. Journal of Food
Science 53: 191–195, 1988.
18. BM Nicolai, P Verboven, N Scheerlinck. Modeling and simulation of thermal
processes. In: P Richardson, Ed. Thermal Technologies in Food Processing. Boca
Raton, FL: CRC Press, 2001, pp. 91–112.
19. Anon. Predictive Control Boosts Process Efficiency at AmeriQual Foods. Food
Engineering, September 2001.
20. KI Hayakawa. Estimating food temperatures during various processing or handling
treatments. Journal of Food Science 36: 378–385, 1971.
21. AA Teixeira. Innovative heat transfer models: from research lab to on-line implementation.
In: Proceedings of Food Processing Automation II, ASAE, 1992, pp. 177–184.
22. J-L Lanoiselle, Y Candau, E Debray. Predicting internal temperature of canned
foods during thermal processing using a linear recursive model. Journal of Food
Science 60: 833–840, 1995.
23. J Noronha, M Hendrickx, A Van Loey, P Tobback. New semi-empirical approach
to handle time-variable boundary conditions during sterilization of non-conductive
heating foods. Journal of Food Engineering 24: 249–268, 1995.
24. NG Stoforos, J Noronha, M Hendricks, P Tobback. Inverse superposition for
calculating food product temperatures during in-container thermal processing.
Journal of Food Science 62: 219–224, 248, 1997.
25. CR Chen, HS Ramaswamy. Modeling and optimization of variable retort temperature
(VRT) thermal processing using coupled neural networks and genetic algorithms.
Journal of Food Engineering 53: 209–220, 2002.
26. Anon. NumeriCAL Users Manual: Advanced Numerical Modeling Software.
Madera, CA: FMC Technologies, 2001.