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Study on Characteristic of Osmotic Dehydration and Mass Transfer of Tilapia Fillet in Sucrose Solution

机译:蔗糖溶液中罗非鱼圆角渗透脱水和传质特征研究

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To investigate behavior of osmotic dehydration and mass transfer of tilapia fillet in sucrose solution, the changes of moisture content (MC), solid gain (SG) were quantitatively determined during osmotic treatments of fresh tilapia fillets with the sucrose solution concentration (20-40%), temperature (20-30°C), fillet thickness (1-5mm) and osmotic time (1-8h) as the independent treatment factors. Results were as follows: First, MC of fish fillet decreased, and SG of fish fillet increased with increasing of the concentration of sucrose solution. Second, the osmotic dehydration of fish fillet was fast during the first hour and slowed during the 2nd or 4th hour. Third, the dehydration and SG of fish fillet increased with increasing of treatment temperature, but influence of temperature on osmotic dehydration and SG was decreasing with increasing of the concentration of sucrose solution. Finally, a thinner fillet was found to own higher of dehydration and SG than a thicker one.
机译:为了调查蔗糖溶液中肌肉脱水和罗非鱼圆角的传质的行为,在具有蔗糖溶液浓度的新鲜罗非鱼圆角的渗透处理期间定量测定水分含量(MC),固体增益(SG)的变化(20-40%) ),温度(20-30°C),圆角厚度(1-5mm)和渗透时间(1-8小时)作为独立治疗因子。结果如下:首先,鱼片的MC减少,随着蔗糖溶液的浓度的增加而增加。其次,在第一小时内快速鱼片的渗透脱水,并且在第2小时或第4小时期间减慢。第三,鱼片的脱水和SG随着治疗温度的增加而增加,但随着蔗糖溶液浓度的增加,温度对渗透脱水和SG的影响降低。最后,发现较薄的圆角拥有比较厚的脱水和SG更高。

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