1) implosion
[英][im'pləuʒən] [美][ɪm'ploʒən]
聚爆
2) explosive polymerization
爆聚
1.
Inquing explosive polymerization in polyetherurethane adhesive synthesis;
聚醚型聚氨酯胶粘剂合成中的爆聚现象
2.
The concentration of slurry in the propylene polymerizer was effectively Controlled, and the explosive polymerization in the polymerizer was prevented.
在装置生产负荷的调整过程中,根据前两者及时调整丙烯循环量,合理控制聚合釜的浆液浓度,由此可以控制聚合釜的爆聚。
3) shaped charge
聚能爆破
1.
It is stated by authors that the multiple drilling technology of shaped charge and normal drilling methods can be applied in practice of large diameter drilling in hard rock after analyzing the merits and defects of normal drilling methods in large diameter drilling in hard rock and discussion of the principle and influential factors of shaped charge.
通过对大直径硬岩钻进中常用钻进方法优缺点的分析,结合对聚能爆破原理和影响因素的探讨,提出在大直径硬岩钻进中采用聚能爆破和普通钻进方法相结合的复合钻进工艺,指出了聚能爆破在大直径硬岩钻进中具有广阔的应用前
4) fusion explosions
聚变爆炸
5) energizing blasting
聚能爆破
1.
In this paper the method combined with energizing blasting and hydrochloric acid well washing and its principle in elevating outflow of limestone well are discussed.
论述了聚能爆破与盐酸联合洗井提高石灰岩水井出水量的原理及方法。
2.
In this paper the effect method of energizing blasting is proposed to clean the ashsendimentary layers in the ash transport pipelines.
本文提出了聚能爆破清除输灰管内灰垢的有效方法。
6) accumulative blasting
聚能爆破
1.
Study and application of accumulative blasting in open-pit mine;
聚能爆破在某露天矿的应用与研究
2.
The viewpoint that accumulative blasting is a feasible technology of improving current presplit blasting, and it can realize a meticulous excavation blasting, because the accumulative blasting is not based on experience design but fracture mechanics.
本文通过分析及试验提出聚能爆破技术是目前预裂爆破技术改进完善的可行道路 ,有助于“精雕细刻”开挖爆破技术的实现。
补充资料:爆聚
分子式:
CAS号:
性质:聚合反应中的一种现象。在反应器的局部地方,反应温度急剧上升,反应速率也急剧上升,链反应的速率达到失控而爆炸,称为爆聚。所有有机物单体进行高分子聚合,都是强放热反应,而且都需要加入少量引发剂以引发聚合的链反应。若加入的引发剂不能快速分散,聚合过程中的热量不能迅速导出,就会发生爆聚。爆聚是在聚合过程中必须避免和防止的。
CAS号:
性质:聚合反应中的一种现象。在反应器的局部地方,反应温度急剧上升,反应速率也急剧上升,链反应的速率达到失控而爆炸,称为爆聚。所有有机物单体进行高分子聚合,都是强放热反应,而且都需要加入少量引发剂以引发聚合的链反应。若加入的引发剂不能快速分散,聚合过程中的热量不能迅速导出,就会发生爆聚。爆聚是在聚合过程中必须避免和防止的。
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