1降低大孔径爆破震动的可能性可以证明，使用两种不同的组配方法，选择合适的起爆方式及新型炸药，使大孔径爆破产生的震动降低到最小程度是可能的。其中有赖于爆破方式的改善、在炮孔底部起爆、优化电雷管的迟发时间，调配几何参数，如一次爆破推进距离、炮孔间距、装药量、孔 The possibility of reducing the vibration of large-aperture blasting can prove that it is possible to use two different methods to select the appropriate detonating mode and new explosive to minimize the vibration caused by large-aperture blasting. Which depends on the improvement of the blasting method, detonating at the bottom of the blasthole, optimizing the delay time of the electric detonator, adjusting the geometric parameters such as the blasting propulsion time, the blasthole spacing, the charge, the hole