Effect of Particle Phase Volume, Shape and Liquid Phase Concentrations on Rheological Properties of Large Particulate-Liquid Model Food Systems by Using Ball Measuring System
Effect of Particle Phase Volume, Shape and Liquid Phase Concentrations on Rheological Properties of Large Particulate-Liquid Model Food Systems by Using Ball Measuring System
关键词
流变学性质
测量系统
粮食系统
粒子效果
大颗粒
体模型
LIQUID
相体积
Large particulate-liquid model food, flow property, ball measuring system, power law model, krieger-dougherty model.
参考文献25
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1Palmieri, L.; Cacace, D.; Dipollina, G.; Dall'Aglio, G. Residence Time Distribution of Food Suspensions Containing Large Particles When Flowing in Tubular Systems. Journal of Food Eng. 1992, 17, 225-239.
-
2McCarthy, K. L.; Kerr, W. L. Rheological Characterization of a Model Suspension during Pipe Flow Using MRI. J. Food Eng. 1998,37, 11-23.
-
3Fairhurst, P. G.; Barigou, M.; Fryer, P. J.; Pain, J. L. Particle Passage Time Distributions in Vertical Pipe Flow of Solid-Liquid Food Mixtures. Trans. I Chern. E Part C. 1999, 77, 293-301.
-
4Lewis, M.; Heppell, N. Contiuous-Flow Thermal Process of Viscous and Particulate Liquids. In Continuous Thermal Process of Food, Aspen Publication: 2000; pp 133-166.
-
5Eliot-Godereaux, S. C.; Fairhurst, P. G.; Goullieux, A.; Pain, J. P. Passage Time Distributions of Cubes and Spherical Particles in an Ohmic Heating Pilot Plant. Journal of Food Eng. 2001, 47, 11-22.
-
6Barigou, M.; Fairhurst, P. G.; Fryer, P. 1.; Pain, J. P. Concentric Flow Regime of Solid-Liquid Food Suspensions: Theory and Experiment. Chemical Engineering Science 2003, 58, 1671-1686.
-
7Legrand, A.; Berthou, M.; Fillaudeau, L. Characterization of Solid-Liquid Suspensions (Real, Large and Non-Spherical Particles in Non-Newtonian Carrier Fluid) Flowing in Horizontal and Vertical Pipes. Journal of Food Engineering 2007, 78, 345-355.
-
8Martinez-Padilla, L. P.; Cornejo-Romero, L.; Cruz-Cruz, C. M.; Jaquez-Huacuja, C. C. Rheological Characterization of a Model Food Suspension Containing Discs Using Three Different Geometries. J. Food Process Eng. 1999, 22, 55-79.
-
9Schatzmann, M.; Bezzola, G. R.; Minor, H. E.; Windhab, E. J.; Fisher, P. Rheometry for Large-Particulate Fluids: Analysis of the Ball Measuring System and Comparison to Debris Flow Rheometry. Rheol Acta 2009, 48,715-733.
-
10Yoo, B.; Rao, M. A. Effect of Unimodal Particle Size and Pulp Content on Rheological Properties of Tomato Puree. J. Texture Studies 1994,25, 421-436.
-
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-
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-
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-
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-
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-
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