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Effects of Weak Oscillating Magnetic Fields on the Freezing of Pork Loin

机译:弱振荡磁场对猪肉冻结的影响

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A number of novel freezing systems have been developed that claim to improve the quality of frozen foods by enhancing supercooling in the food prior to ice nucleation and consequently controlling ice crystal formation. One of these is the Cells Alive System (CAS) produced by ABI of Japan, which applies oscillating magnetic fields (OMF) during freezing. This study was carried out to investigate what effect applying OMF (0.04 to 0.53 mT) during freezing had on the freezing characteristics of pork loin samples when compared to freezing under the same conditions without OMF. Overall, the results of this study clearly indicate that freezing under the OMF conditions used in these experiments had no significant effect on the freezing characteristics of pork, in comparison with freezing under the same conditions without OMF.
机译:已经开发了许多新的冷冻系统,其要求通过在冰核之前增强食物中的过冷,并因此控制冰晶形成来提高冷冻食品的质量。 其中一个是日本ABI生产的活性系统(CAS)的细胞,其在冻结期间应用振荡磁场(OMF)。 进行该研究,以研究在与在没有OMF的相同条件下的冻结时对冻结冻结剂的冻结特性应用OMF(0.04至0.53吨)的效果。 总体而言,本研究结果清楚地表明,在这些实验中使用的OMF条件下冻结对猪肉的冷冻特性没有显着影响,与在没有OMF的相同条件下的冻结相比。

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