微波强度、后处理时间的增加和包膜处理是提高铜的抗流失性的有利因素。
The copper leaching resistance in the treated wood could be improved as the microwave power and treatment duration increased and also for the samples wrapped.
包膜试件中铜离子的抗水流失性要好于不包膜的试件，这是温度和水分协同作用的结果；
Moreover, the leaching resistance of copper in the wrapped samples was better than that in the unwrapped ones, which was attributed to the combined effects of temperature and water content.
这样的变化会变成持久性的，贯穿一个世纪或是永远，它最终会成为一个小小的“流失”的时间。
And as such a change will be permanent, over the decades and eons, it will eventually amount to a trickle of "lost" time.
应用推荐