1) behavior of caved ore mass
崩落体形态
1.
The significance of setting up blast dynamics model was discussed, Based on experiments, the pattern among behavior of caved ore mass and blast parameters, structure of explosion and stress in overburden was revealed preliminary.
分析了半松散介质覆盖下的爆破动力的特征,阐述了建立半松散介质下的爆破动力学模型的理论意义与实际意义,结合崩落法的生产实际和实验研究,初步揭示了崩落体形态的生成受爆破参数、装药结构和覆岩应力状态等因素影响的规律,并分析了应用计算机模拟研究爆破动力学特性的可行性。
2) Caved ore form
崩落矿石形态
3) Caving state
崩落状态
4) Caved ore body
崩落体
1.
The principle of independent advance of ore breaking is the top shape of drawn-out ore body keeping with the shape of left ore and caved ore body.
优化崩矿步距的原则,可归结为使放出体的上部形态与残留体和崩落体总体边界相符。
5) Caved orebody
崩落矿体
6) Rock mass caving mechanism
岩体崩落机理
补充资料：马氏体形态及内部精细结构
马氏体形态及内部精细结构
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参考词条