Journal of Food Science · 2004 · 32 citations · 37 references
AgricultureAgronomyFood ScienceFood AnalysisFood ChemistryFood ProcessingChromatographic Food AnalysisFood CompositionFood DryingLeachate ManagementNutrient LeachingVegetable PreservationFood Sugar AnalysisFood Waste ModelingLeachingSugar Content MeasurementTotal Organic CarbonTotal Organic Carbon AnalysisVegetable DehydrationVegetable Drying
ABSTRACT: Air‐dried and freeze‐dried carrots were rehydrated in a computerized mixing system, and the medium was analyzed for sugar content with high‐performance liquid chromatography (HPLC) and for total organic carbon (TOC). Leaching of solids was significant at very short rehydration time. Understanding the mechanism of the leaching process could provide information required for simulation. TOC values were significantly higher than those derived by HPLC, indicating that other organic components were extracted. The difference between TOC and HPLC values varied with time, indicating the existence of a different mass transfer rate. Sugars and TOC values followed an exponential behavior. Quantifying solids leaching is important for modeling and simulation of the rehydration process and for product optimization.
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Dorin Boldor · Journal of Food Processing and Preservation · 2007 · 421 citations
Agriculture, Food Science, Nutrition +11
EFFECT OF DRYING METHOD ON SHRINKAGE AND POROSITY
Magdalini Krokida, Z.B. Maroulis · Drying Technology · 1997 · 339 citations · Full text
Some remarks on rehydration of dried foods
Piotr P. Lewicki · Journal of Food Engineering · 1998 · 289 citations
Solute diffusivities in leaching processes.
Schwartzberg Hg, Schwartzberg Hg, Rong Chao · Food technology · 1982 · 226 citations