Water solutions with different sugar compositions and concentrations were used to reconstitute air-dried and freeze-dried apple pieces. The mass transfer was determined between dehydrated fruit pieces and solutions during rehydration as well as some physicochemical properties of the reconstituted apple pieces. Varying the concentration of sugar solutions used for reconstitution medium, made it possible to achieve different levels of water absorption and solids loss or uptake. In addition, water activity (a(w)), freezing point, amount of freezable water and firmness correlated linearly with soluble solids content.[...
Osmotic dehydration processes are widely applied to obtain high quality intermediate moisture food. ...
Some raw material characteristics were evaluated in three apple varieties Gala, Gold and Fuji. The s...
Apple cubes were osmotically dehydrated with 40°Bx sucrose and sorbitol solutions. Light microscopy ...
Water solutions with different sugar compositions and concentrations were used to reconstitute air-d...
The results from different papers on the rehydration of air-dried and freeze-dried fruit pieces in a...
The effect of sucrose infusion (SI) pretreatment and dehydration methods (freeze and air drying) on ...
Numerous products from the food industry contain fruit and/or berries, in the form of fillings or in...
Apple cubes were osmotically dehydrated with 40 degrees Bx sucrose and sorbitol solutions. Light mic...
Combined processes effects of osmotic dehydration in sucrose solutions and freezing on apple cubes p...
The effects of the pre-osmotic treatment on the mass transfer kinetics of the freeze-drying (FD) and...
Some raw material characteristics were evaluated in three apple varieties Gala, Gold and Fuji. The s...
Apples (Fuji variety) were treated in aqueous sucrose (50% w/w) and salt (NaCl, 10% w/w) solutions f...
The spatial distribution of water and sugars in half-fresh apples dehydrated in sucrose solutions (3...
Apple cubes were osmotically dehydrated at 25, 40 and 60C, using sucrose or sorbitol, and the mass r...
Osmotic dehydration of apple tissue (Malus pumila, Granny Smith cultivar) to water activity (aw) 0.9...
Osmotic dehydration processes are widely applied to obtain high quality intermediate moisture food. ...
Some raw material characteristics were evaluated in three apple varieties Gala, Gold and Fuji. The s...
Apple cubes were osmotically dehydrated with 40°Bx sucrose and sorbitol solutions. Light microscopy ...
Water solutions with different sugar compositions and concentrations were used to reconstitute air-d...
The results from different papers on the rehydration of air-dried and freeze-dried fruit pieces in a...
The effect of sucrose infusion (SI) pretreatment and dehydration methods (freeze and air drying) on ...
Numerous products from the food industry contain fruit and/or berries, in the form of fillings or in...
Apple cubes were osmotically dehydrated with 40 degrees Bx sucrose and sorbitol solutions. Light mic...
Combined processes effects of osmotic dehydration in sucrose solutions and freezing on apple cubes p...
The effects of the pre-osmotic treatment on the mass transfer kinetics of the freeze-drying (FD) and...
Some raw material characteristics were evaluated in three apple varieties Gala, Gold and Fuji. The s...
Apples (Fuji variety) were treated in aqueous sucrose (50% w/w) and salt (NaCl, 10% w/w) solutions f...
The spatial distribution of water and sugars in half-fresh apples dehydrated in sucrose solutions (3...
Apple cubes were osmotically dehydrated at 25, 40 and 60C, using sucrose or sorbitol, and the mass r...
Osmotic dehydration of apple tissue (Malus pumila, Granny Smith cultivar) to water activity (aw) 0.9...
Osmotic dehydration processes are widely applied to obtain high quality intermediate moisture food. ...
Some raw material characteristics were evaluated in three apple varieties Gala, Gold and Fuji. The s...
Apple cubes were osmotically dehydrated with 40°Bx sucrose and sorbitol solutions. Light microscopy ...