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Original Articles

RHEOLOGICAL PROPERTIES OF A NEWLY NUTRITIOUS DAIRY DRINK FROM MILK AND DATE EXTRACT CONCENTRATE (DIBBS)

Pages 113-126 | Received 16 Jul 2000, Accepted 03 Apr 2001, Published online: 06 Feb 2007

Figures & data

Table 1. Average Soluble Solid Content of Milk, Dibbs, and Milk-Dibbs Drinks at Different Mixes

Table 2. Rheological Parameters (Consistency Index (K) and Flow Behavior Index (n)) of Milk and Dibbs at Temparatures (5 to 65°C) for Different Date Cultivars

Table 3. Rheological Parameters (Consistency Index (K) and Flow Behavior Index (n)) of the Milk-Dibbs Drink at Different Dibbs Concentrations (2.5 to 15 mL Dibbs/100 mL Milk) at Temperatures (5 to 65°C)

Figure 1. Flow behavior of milk at different temperatures.

Figure 1. Flow behavior of milk at different temperatures.

Figure 2. Flow behavior of Sukkari dibbs at different temperatures.

Figure 2. Flow behavior of Sukkari dibbs at different temperatures.

Figure 3. A comparison of the flow behavior for milk and dibbs of different date cultivars at 5 and 65°C.

Figure 3. A comparison of the flow behavior for milk and dibbs of different date cultivars at 5 and 65°C.

Figure 4. A comparison of the flow behavior for milk, dibbs, and milk-dibbs drinks at different added dibbs of Sukkari cultivar at 5°C.

Figure 4. A comparison of the flow behavior for milk, dibbs, and milk-dibbs drinks at different added dibbs of Sukkari cultivar at 5°C.

Figure 5. A comparison of the flow behavior for milk, dibbs, and milk-dibbs drinks of Sukkari cultivar at 65°C.

Figure 5. A comparison of the flow behavior for milk, dibbs, and milk-dibbs drinks of Sukkari cultivar at 65°C.

Figure 6. The influence of date cultivar and temperature on the rheological behavior of milk-dibbs drink at 7.5 (mL dibbs/100 mL milk).

Figure 6. The influence of date cultivar and temperature on the rheological behavior of milk-dibbs drink at 7.5 (mL dibbs/100 mL milk).

Figure 7. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Khlass cultivar at 100 s−1.

Figure 7. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Khlass cultivar at 100 s−1.

Figure 8. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Nubot Seif cultivar at 100 s−1.

Figure 8. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Nubot Seif cultivar at 100 s−1.

Figure 9. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Sukkari cultivar at 100 s−1.

Figure 9. Apparent viscosity as influenced by added dibbs of milk-dibbs drinks at different temperatures for Sukkari cultivar at 100 s−1.

Table 4. Activation Energy of Flow/and Frequency Factor of Milk, Dibbs and Mi1k-Dibbs Drink at Constant Shear Rate (100 s−1)

Table 5. Constants of Arrhenius Equation at Different Milk-Dibbs Concentrations

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