起爆药

Organization of large-scale chamber blasting is described in the case of Luoguogou, It is emphatically stated that the following points should be noted during technical desing:(1)spacing of charge roons and deter- mination of blasting parameters;(2)design of initiation network;(3) construction plan;(4) safety check and safety precautions.

以罗锅沟大爆破为例，介绍了洞室大爆破的施工组织，并着重问述了在进行技术设计时，应注意以下几点：（1）药室的布置及爆破参数的确定；（2）起爆网路的设计；（3）施工设计；（4）安全校核及安全措施。

The selection of deep-hole blasting scheme, the design of blasting parameters, charge structure, priming network and others were introduced in this paper.

介 绍了深孔爆破方案的选择、爆破参数设计、装药结构和起爆网路等。

The predic- tion of A5 explosive in-bore ignition probability was given. Accordingly. the in-bore safety of explosive charge of fuze explosive train componentsi was evaluated.

利用有限元计算结果，给出了引信传爆管和导引传爆管中A5炸药在膛内发射时的起爆概率，从而评价了引信火工品装药的膛内安全性。

Blasting vibration can be considerably lowered after rationally determining the delay time between drill holes and lines. The application of extremely low density explosive or deck loading may obtain a better pre-splitting blasting result.

结果表明，合理确定炮孔排间及孔间的起爆延时时间，可以大大降低爆破震动；采用超低密度炸药或不耦合装药可以取得较好的预裂爆破效果。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。