And output power of MW treatment has influence on drying stress, which can reach its minimum value at 480W. Time of MW treatment has little effect on drying stress.
含水率 15%时,微波处理的试件应力最小;25%次之;35%时试件的干燥应力几乎没有减小。
参考来源 - 微波处理释放木材干燥应力的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
This paper analyses drying stress of cylindrical pottery blank.
本文分析了园筒形陶瓷生坯干燥应力情况。
The drying stress is the main reason that causes the drying defects.
木材干燥应力是干燥过程中产生干燥缺陷的主要因素。
Otherwise the moisture content gradient and drying stress can be reduced by MW treatment when moisture content is below FSP.
当试材含水率降至FSP以下时，微波处理可以有效地减小木材内部的含水率偏差，从而减缓木材干燥应力。
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