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首页> 外文期刊>Journal of food engineering >Influence of mechanical harvest on the physical properties of processing tomato (Lycopersicon esculentum Mill.)
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Influence of mechanical harvest on the physical properties of processing tomato (Lycopersicon esculentum Mill.)

机译:机械收割对加工番茄的物理特性的影响(番茄番茄(Lycopersicon esculentum Mill)。)

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摘要

Data on physical properties of agro-food materials are valuable because they are needed as input to models predicting the quality and product behaviour. The correlation between laboratory test variables and the quality of tomato harvesting will contribute to develop an optimal solution for mechanisation. Firmness and skin resistance are the most relevant properties in quality characterisation of the tomatoes processed in the canning industry. Most of mechanical actions affecting tomatoes are produced during harvest and transport causing a falling-off in tomato quality. In order to determine the influence of mechanical harvest, tomato varieties were mechanical harvested and evaluated in laboratory. Impact test showed loss firmness in tomato from the bottom of the trailer up to 30%. The loss of tomato skin resistance to crack was about 6%.
机译:关于农业食品材料物理特性的数据非常有价值,因为它们需要作为预测质量和产品行为的模型的输入。实验室测试变量与番茄收获质量之间的相关性将有助于开发机械化的最佳解决方案。坚固性和耐皮肤性是罐头行业加工的西红柿质量表征中最相关的属性。影响番茄的大多数机械作用是在收获和运输过程中产生的,从而导致番茄质量下降。为了确定机械收获的影响,对番茄品种进行了机械收获并在实验室进行了评估。冲击试验表明,从拖车底部到番茄的损失牢固度高达30%。番茄皮肤抗裂性损失约6%。

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