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Applying deep fryer and spinner experiments for optimization multiresponse water content and fat content of oyster mushroom chips using Taguchi and PCR-TOPSIS methods

机译:应用深油炸锅和旋转器实验通过田口和PCR-TOPSIS方法优化牡蛎蘑菇片的多响应水分和脂肪含量

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Experiments the deep fryer and the spinner for productipn the oyster mushroom chips was needed to optimize the setting level optimally. The purpose of this experiment was to obtain the oyster mushroom chips with water content, and fat content optimized simultaneously. These experiment used the Taguchi and the PCR-TOPSIS method. Improved the quality of products and processes as well as in reduced the cost and resources to a minimum by Taguchi Method. The ability of a process to meet design specifications set by PCR method. The optimal combination multiresponse obtained by Technique for Order Performance by Similarity to Ideal Solution (TOPSIS). The target both of this experiment response were smaller the better. Based on the result of multiresponse experiment analysis, optimal setting of this conditions was the combination of a factor of the type of flour at 80% rice flour and tapioca flour 20%, the factor of frying temperature at 150-160°C, and the factor of time for the draining process in 1 minute.
机译:实验需要用油炸锅和旋转器生产牡蛎蘑菇片,以最佳地优化凝固水平。本实验的目的是获得水分含量和脂肪含量同时优化的牡蛎蘑菇片。这些实验使用了田口和PCR-TOPSIS方法。田口法提高了产品和工艺的质量,并将成本和资源减少到最低限度。过程满足通过PCR方法设置的设计规范的能力。通过类似于理想解决方案的订单性能技术(TOPSIS)获得的最佳组合多响应。该实验响应的目标都越小越好。根据多响应实验分析的结果,该条件的最佳设置是将80%米粉和20%木薯粉的面粉类型因素,150-160°C的油炸温度因素以及1分钟内排水过程的时间系数。

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