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2
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0034492125
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MRI observation and mathematical model simulation of water migration in wheat flour dough during boiling
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Fukuoka M., Mihori T., and Watanabe H. MRI observation and mathematical model simulation of water migration in wheat flour dough during boiling. Journal of Food Science 65 (2000) 1343-1348
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Fukuoka, M.1
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0036604397
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Determination of the terminal extent of starch gelatinization in a limited water system by DSC
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Fukuoka M., Ohta K., and Watanabe H. Determination of the terminal extent of starch gelatinization in a limited water system by DSC. Journal of Food Engineering 53 (2002) 39-42
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Journal of Food Engineering
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Fukuoka, M.1
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4
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0032084076
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The rate of starch gelatinization as observed by PFG-NMR measurement of water diffusivity in rice starch/water mixtures
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Gomi Y., Fukuoka M., Mihori T., and Watanabe H. The rate of starch gelatinization as observed by PFG-NMR measurement of water diffusivity in rice starch/water mixtures. Journal of Food Engineering 36 (1998) 359-369
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Gomi, Y.1
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5
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12444321969
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Comparison of power and temperature distribution with Maxwell's equations and Lambert's law during microwave heating
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Liu C.M., Wang Q.Z., and Sakai N. Comparison of power and temperature distribution with Maxwell's equations and Lambert's law during microwave heating. International Journal of Food Science and Technology 40 1 (2005) 9-21
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Liu, C.M.1
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7
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0033805527
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Modeling of water sorption kinetics in spaghetti during overcooking
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Nobile M.A., and Massera M. Modeling of water sorption kinetics in spaghetti during overcooking. Cereal Chemistry 77 (2000) 615-619
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Nobile, M.A.1
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8
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15844421970
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An innovative noodle: gelatinized at the core, leaving the surface ungelatinized
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Thammathongchat S., Fukuoka M., and Watanabe H. An innovative noodle: gelatinized at the core, leaving the surface ungelatinized. Journal of Food Engineering 70 (2005) 27-33
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Journal of Food Engineering
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Thammathongchat, S.1
Fukuoka, M.2
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9
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0035400959
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A new non-Fickian diffusion model for water migration in starchy food during cooking
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Watanabe H., Fukuoka M., Tomiya A., and Mihori T. A new non-Fickian diffusion model for water migration in starchy food during cooking. Journal of Food Engineering 49 (2001) 1-6
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Watanabe, H.1
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Mihori, T.4
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10
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34347390411
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The thermodynamics basis for the relative water demand model that describes non-Fickian water diffusion in starchy foods
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Watanabe H., Yahata Y., Fukuoka M., Sakiyama T., and Mihori T. The thermodynamics basis for the relative water demand model that describes non-Fickian water diffusion in starchy foods. Journal of Food Engineering 83 (2007) 130-135
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Watanabe, H.1
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