1) atypical dynamic phenomenon
非典型动力现象
1.
An atypical dynamic phenomenon of mines,including its action forms and definition,were put forward,based on the mining accident at the Furong Mining Group Company in Sichuan,P.
以四川省芙蓉矿业集团公司某矿事故案例为研究对象,提出矿山非典型动力现象的定义,利用弹塑性问题的三维有限元数值分析软件,分析采场应力分布规律、计算各坚硬厚层顶板的初次和周期断裂步距、分析破坏岩块的平衡结构,揭示矿井非典型动力现象发生的机理:位于弯曲下沉带最下位的厚层坚硬顶板在地质构造和采动影响下初次断裂失稳,破坏了下位"砌体梁"平衡结构,直接导致了矿井非典型动力现象的产生。
5) dynamic phenomena
动力现象
1.
Based on the past research outcomes,according to completely stress-strain curves and softening property of coal-rock mass,this paper explored the mechanism of the genesis of mine dynamic phenomena and put forward a mew method which might make a breakthrough to predict this mechanism.
在前人研究成果分析基础上，根据煤岩体的全应力应变曲线及软化特性，利用能量释放的观点，探讨了矿山动力现象的发生机理，指出了一种可能获得突破的预测动力现象发生的新方
2.
It is a source of dynamic phenomena in Beipiao mine are.
矿井动力现象预测的准确性和可靠性，从根本上说取决于对区域构造应力场和活动断裂的研究水平。
6) dynamics phenomena
动力现象
1.
The depth of coal mining in Yanshitai mine is over 600 m,dynamics phenomena have been occurred of ter during mining ahd excavating.
南桐矿务局砚石台煤矿采深已达 6 0 0多米 ,该矿在采掘过程中 ,多次发生强度不一的矿山动力现象。
2.
To find out original rock stress direction and quantity degree can help to assure that mine design,construction and production are economical, safe and highly efficiency, it can also help to determine the layout of roadway and face, support type, and to predict mine dynamics phenomena.
采场布置、支护形式确定,矿井动力现象预测预防等方面都有重要的现实意义。
补充资料：非典型分枝杆菌
非典型分枝杆菌
atypical mycobacterium
又称“非结核性分枝杆菌”。一种形态、染色与典型结核杆菌相似，但其生化反应及培养后生长速度与结核杆菌不同，是致病力较弱的分枝杆菌。可分为四型(按Rungon分类法）其中Ⅲ型可致肺部感染，Ⅱ型常引起淋巴结炎。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条