The Microbiological Characteristics of the Microwave-treated Samples and the Convection-heat-treated Samples Shows No Deviation in Case of Surface Water Treatment

András Barczi, Anett Lippai
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Abstract

Applying the comparative method, we applied microwave and convective heat treatment on water samples from surface water. By determining microbiological parameters, we searched for detectable deviations in any parameter beyond the effect of heat treatments. The effect of heat treatments was detectable in all cases, but the thermal effects were the same regardless of the method of heat treatment, at a frequency of 2450MHz and a power of 900W. We observed microbiological characteristics that may not only change with thermal effects. Highlighting that, our research is based on the exact same treatment time and applied temperature. The microbiological characteristics of the microwave-heat-treated samples showed no deviation as those of the convectively heat-treated samples; this was checked by two-sample t-test at a significance level of p<0.05.
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微波处理样品与对流热处理样品的微生物学特性在地表水处理中没有差异
采用对比法,对地表水样品进行微波和对流热处理。通过确定微生物参数,我们在热处理影响之外的任何参数中寻找可检测的偏差。在2450MHz频率和900W功率下,热处理的效果在所有情况下都可以检测到,但无论热处理方法如何,热效应都是相同的。我们观察到微生物特性可能不仅随着热效应而变化。值得强调的是,我们的研究是基于完全相同的处理时间和应用温度。微波热处理样品的微生物学特性与对流热处理样品无明显差异;采用两样本t检验,显著性水平p<0.05。
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