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Journal of Dairy Science
Volume 91, Issue 5
, Pages
1722-1732
, May 2008
Modeling of the Effect of Freezer Conditions on the Principal Constituent Parameters of Ice Cream by Using Response Surface Methodology
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Contour plots of the 3 responses for drawing temperature and overrun. The other process parameters were set at their center values: mix flow rate 75 (L/h); cylinder pressure 300 (kPa); and dasher spee
Contour plots of the 3 responses for drawing temperature and overrun. The other process parameters were set at their center values: mix flow rate 75 (L/h); cylinder pressure 300 (kPa); and dasher speed 222 (rpm). A) Rate of fat destabilization (%); B) mean air cell diameter (μm); C) mean ice crystal diameter (μm).
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Contour plots of the 3 responses for dasher speed and overrun. The other process parameters were set at their center values: mix flow rate 75 (L/h); drawing temperature −5.0°C; and cylinder pressure 3Contour plots of the 3 responses for dasher speed and overrun. The other process parameters were set at their center values: mix flow rate 75 (L/h); drawing temperature −5.0°C; and cylinder pressure 300 (kPa). A) Rate of fat destabilization (%); B) mean air cell diameter (μm); C) mean ice crystal diameter (μm).
PII: S0022-0302(08)71208-6
doi: 10.3168/jds.2007-0796
© 2008 American Dairy Science Association. Published by Elsevier Inc. All rights reserved.
« Previous
Next »
Journal of Dairy Science
Volume 91, Issue 5
, Pages
1722-1732
, May 2008
