1) Model of ion transport
活化层
2) fault activation
断层活化
1.
Influence of fault activation on water inrush from roof of Coal Bed 3 in Dongtan Mine;
东滩矿断层活化对3煤顶板突水的影响
2.
The study results can play an important role in revealing mechanism of water-inrush induced by fault activation.
矿井突水灾害预测与防治一直是我国煤矿安全生产的重大研究课题,底板断层突水是煤矿突水事故的主要形式,采动引起底板断层活化、进而与采场底板采动裂隙形成导水通道,是引发矿井突水事故的重要原因。
3.
Taking Tang Chong coal mine as project background, influence of fault activation on height of water flowing fractured zone was analyzed by numerical computation and field measurement.
在工作面超前支承压力的作用下,工作面前方断层活化,改变了采场应力场和岩体运动规律,导致导水裂隙带高度增加,从而破坏隔水层导通上覆承压岩溶含水层,引发矿井突水事故。
3) thin film activation
薄层活化
1.
A broad overview is given of the current state of research and development concerning thin film activation method along with a description of its basic principles, measuring method, general applications and some issues worthy of close attention.
对薄层活化法在国外工业中的研究发展状况进行了综述 ,范围涉及薄层活化法的原理、测量方法、应用概况以及需要注意的问题 ,并总结出该方法的优
4) activated cover
活化盖层
5) Catalytic activity layer
催化活化层
6) activated layer
阳极活化层
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参考词条