Osmotic dehydration is used as one of the upstream processing steps (separation of kernel from shell) during wet processing of coconut. Water loss from the coconut increased with the increase in temperature and concentration of the osmotic solution. A correlation has been proposed for the reduced weight based on Fickian diffusion as a function of temperature, concentration and immersion time. High correlation was observed between experimental and predicted values
Osmotic dehydration kinetics of pineapple cubes (15×15×15 mm<sup>3</sup>) was studied over a range o...
Brazil is the biggest world producer 01' papaya and because its sweet taste and vitamins content thi...
Mass transfer was quantitatively investigated during osmotic dehydration of fresh carrot over a rang...
Osmotic dehydration rates were determined for coconut over a range of osmotic solution concentration...
This study evaluated the reduction of water content by osmotic dehydration followed by lyophilizatio...
Mass migrations in coconut slices during osmotic dehydration and drying are described using a diffus...
AbstractMass migrations in coconut slices during osmotic dehydration and drying are described using ...
The diffusion coefficients of water and solutes are important parameters in the analysis, design and...
Osmotic dehydration of some tropical fruits like guava, melon, and papaya using sucrose and maltose ...
Osmotic drying is a partial dehydration process to give the product a quality improvement over the c...
Osmotic dehydration is a method that can be used in the pretreatment of drying by immersing the mate...
Several vegetables and fruits, apple, ginger, carrot, and pumpkin were dehydrated under various Osmo...
In this study, effects of sucrose concentration (40–60% w/v), immersion time (1–5 h), and temperatur...
Water loss, sucrose gain and the variation in concentration of other natural fruit sugars (glucose a...
Research applications of osmotic dehydration to food processing in technology and in component trans...
Osmotic dehydration kinetics of pineapple cubes (15×15×15 mm<sup>3</sup>) was studied over a range o...
Brazil is the biggest world producer 01' papaya and because its sweet taste and vitamins content thi...
Mass transfer was quantitatively investigated during osmotic dehydration of fresh carrot over a rang...
Osmotic dehydration rates were determined for coconut over a range of osmotic solution concentration...
This study evaluated the reduction of water content by osmotic dehydration followed by lyophilizatio...
Mass migrations in coconut slices during osmotic dehydration and drying are described using a diffus...
AbstractMass migrations in coconut slices during osmotic dehydration and drying are described using ...
The diffusion coefficients of water and solutes are important parameters in the analysis, design and...
Osmotic dehydration of some tropical fruits like guava, melon, and papaya using sucrose and maltose ...
Osmotic drying is a partial dehydration process to give the product a quality improvement over the c...
Osmotic dehydration is a method that can be used in the pretreatment of drying by immersing the mate...
Several vegetables and fruits, apple, ginger, carrot, and pumpkin were dehydrated under various Osmo...
In this study, effects of sucrose concentration (40–60% w/v), immersion time (1–5 h), and temperatur...
Water loss, sucrose gain and the variation in concentration of other natural fruit sugars (glucose a...
Research applications of osmotic dehydration to food processing in technology and in component trans...
Osmotic dehydration kinetics of pineapple cubes (15×15×15 mm<sup>3</sup>) was studied over a range o...
Brazil is the biggest world producer 01' papaya and because its sweet taste and vitamins content thi...
Mass transfer was quantitatively investigated during osmotic dehydration of fresh carrot over a rang...