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Software for calculating the actual lethality of canned food heat treatment processes: development and application

机译:计算罐装食品热处理过程实际致命性的软件:开发和应用

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The actual lethal effect is traditionally determined by calculating the sum of the lethality rates, given in the reference literature. However, to calculate the heat treatment process F-effect for development new sterilization and pasteurization regimes of canned foods, it becomes necessary to vary the parameters of the base temperature and heat resistance characteristic value of the microorganism test culture. To automate the process of computing, the authors developed the software ?Heat treatment process lethality calculation? which calculates the lethality rates, the heating lethal effect and the actual lethal effect (F-effect) values of the canned food heat treatment process. In the paper, the software mathematical calculation formula, graphical user interface and functionality are described. The example of pasteurization conditions selection for canned food ?Trout in olive oil with the addition of pickled pineapple? in the tin can No. 2, based on the obtained results from the developed software for calculating the actual lethality of the canned food heat treatment processes, is shown.
机译:传统上,通过计算参考文献中给出的致死性率的总和来确定实际的致死效应。然而,为了计算用于开发新的灭菌和罐头食品的巴氏杀菌制度的热处理过程F效应,有必要改变微生物试验培养物的基础温度和耐热性特性值的参数。为了自动化计算过程,作者开发了软件吗?热处理过程致死性计算?这计算了琼努力率,加热致命效应和罐装食品热处理过程的实际致命作用(F效应)值。在本文中,描述了软件数学计算公式,图形用户界面和功能。用于罐头食品的巴氏杀菌条件的实例?橄榄油中的鳟鱼加入腌渍菠萝?在锡罐第2中,显示了所得软件的所得软件,用于计算罐装食品热处理过程的实际致死性,如图所示。

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