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Use of factorial experimental design for analyzing the effect of storage conditions on color quality of sun-dried tomatoes

机译:使用阶乘实验设计分析存储条件对晒干番茄色泽质量的影响

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Color of sun-dried tomato is an important quality criteria and color stability of sun dried tomatoes is affected by storage conditions such as temperature, time and packaging type. The objective of this study was to investigate the effects storage time, storage temperature and packaging type on color stability of sun-dried tomatoes by using factorial experimental design. In this study, the 23factorial design was used to represent mathematical relationship between the storage conditions and color values (L and a/b) and used to verify whether or not factor variables of storage conditions are effective on color. Results in experimental model showed that all factors had negative effects on the color values which indicated the reducing stability of color. The main effect was found to be the time having the highest coefficient (-3.3 for L and -0.12 for a/b) in design models and storage temperature was found to be the least effective factor. Design model and response surface plots revealed that storage temperature could be kept around 20°C for 9 months and storing under vacuum packaging should be selected to reduce color losses for the safe storage conditions.
机译:晒干番茄的颜色是重要的质量标准,晒干番茄的颜色稳定性受温度,时间和包装类型等储存条件的影响。本研究的目的是通过析因实验设计来研究贮藏时间,贮藏温度和包装类型对晒干番茄颜色稳定性的影响。在这项研究中,使用23因子设计表示存储条件和颜色值(L和a / b)之间的数学关系,并用于验证存储条件的因子变量是否对颜色有效。实验模型的结果表明,所有因素均对颜色值产生负面影响,表明颜色的降低稳定性。发现主要影响是在设计模型中系数最高的时间(L为-3.3,a / b为-0.12),并且存储温度被认为是最不起作用的因素。设计模型和响应表面图表明,存储温度可以在20℃左右保持9个月,应选择在真空包装下存储,以减少安全存储条件下的颜色损失。

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