Knoerzer K, Regier M, Erle U, Pardey K K, Schubert H
Institute of Food Process Engineering, University of Karlsruhe, Germany.
J Microw Power Electromagn Energy. 2004;39(3-4):167-77. doi: 10.1080/08327823.2004.11688517.
Although microwave processes in the food industry such as microwave pasteurisation or microwave drying are already in use, most of their optimisation is still based on trial-and-error. To model these processes, knowledge of different physical properties of the food material is indispensable. In order to guarantee constant product properties a model food was developed imitating real food properties and showing physical and microbial stability over several months. In this manuscript the prediction of these physical properties and the comparison of the model food with a real food will be shown.
尽管食品工业中的微波工艺,如微波巴氏杀菌或微波干燥已经在使用,但它们的大多数优化仍基于反复试验。要对这些工艺进行建模,了解食品材料的不同物理特性是必不可少的。为了保证产品特性恒定,开发了一种模拟真实食品特性并在数月内显示出物理和微生物稳定性的模型食品。在本手稿中,将展示这些物理特性的预测以及模型食品与真实食品的比较。