Figures & data
Figure 1. Water loss during osmotic dehydration of cantaloupe using various ratios of sucrose and humectant solutions (Su = sucrose, Sor = sorbitol, Glu Sy = glucose syrup).
![Figure 1. Water loss during osmotic dehydration of cantaloupe using various ratios of sucrose and humectant solutions (Su = sucrose, Sor = sorbitol, Glu Sy = glucose syrup).](/cms/asset/c2070cdf-5a0f-4f03-b517-c892873def24/wsfr_a_1087359_f0001_b.gif)
Figure 2. Solid gain during osmotic dehydration of cantaloupe using various ratios of sucrose and humectant solutions (Su = sucrose, Sor = sorbitol, Glu Sy = glucose syrup).
![Figure 2. Solid gain during osmotic dehydration of cantaloupe using various ratios of sucrose and humectant solutions (Su = sucrose, Sor = sorbitol, Glu Sy = glucose syrup).](/cms/asset/f5954058-7a6a-4d50-a3e0-ad986081c93c/wsfr_a_1087359_f0002_b.gif)
Table 1. Physical quality of osmo-dried cantaloupe.
Table 2. Chemical quality of osmo-dried cantaloupe.
Table 3. Nutritional compositions of osmo-dried cantaloupe.
Table 4. Acceptance scores on the different attributes of osmo-dried cantaloupe obtained from the 9-Point hedonic scale.