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Original Articles

Rheological Behavior of Powdered Baby Foods

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Pages 79-88 | Received 17 Dec 2003, Accepted 06 Apr 2004, Published online: 06 Feb 2007

Figures & data

Table 1 Nutritional information per 100 g of food

Table 2 Relationship between density and temperature

Figure 1 Experimental density data of the tested baby foods at different temperatures: cereals with honey (○), with cocoa (•), without gluten (▪), rice (□).

Figure 1 Experimental density data of the tested baby foods at different temperatures: cereals with honey (○), with cocoa (•), without gluten (▪), rice (□).

Table 3 Activation energy, ΔE in J/mol, for all tested foods

Table 4 Relationship between η 0 and shear rate

Figure 2 Shear stress vs. shear rate for the tested baby foods at 30°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 2 Shear stress vs. shear rate for the tested baby foods at 30°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 3 Shear stress vs. shear rate for the tested baby foods at 35°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 3 Shear stress vs. shear rate for the tested baby foods at 35°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 4 Viscosity vs. shear rate for all foods at 30°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 4 Viscosity vs. shear rate for all foods at 30°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 5 Viscosity vs. shear rate for all foods at 35°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Figure 5 Viscosity vs. shear rate for all foods at 35°C: cereals with honey (•), with cocoa (○), without gluten (□), rice (▪).

Table 5 Power law parameters

Table 6 Relationship between model parameters and temperature

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