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Effect of boulder geometry on hydraulic fragmentation using small explosive charges

机译:大爆炸物对巨石几何形状对水力破碎的影响

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A new alternative technique designed to reduce rock scatter and flyrock during boulder blasting is being developed at UMR. The method uses small explosive charges and is designed for shooting in close proximity, while utilizing common blasting products found on the operators' site. This ongoing work is being conducted internally as graduate and undergraduate level research. A paper describing the general technique was published in last year's proceedings. This particular portion of the work was performed as an undergraduate research project as part of the requirements for the explosives emphasis degree option at UMR.
机译:UMR正在开发一种新的替代技术,旨在减少巨石爆破过程中的岩石飞散和飞石。该方法使用少量炸药,设计用于近距离射击,同时利用操作员现场常见的爆破产品。正在进行的这项工作正在内部进行,作为研究生和本科水平的研究。去年的论文中发表了一篇描述通用技术的论文。这部分工作是作为一项本科生研究项目而完成的,这是UMR对爆炸物重点程度选项的要求的一部分。

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