delay

This paper mainly studies the blasting technology and blasting vibration in Xiaolongtan,and explains millisecond blasting mechanism and reducing millisecond blasting vibration mechanism.

阐述了延时爆破机理和延时降震机理。

On the Application of Outer-hole Blast in Medium Length Hole

孔外延期爆破在中深孔爆破中的应用

Development and Innovation Delay Initiating Techniques to Reduce Blasting Vibration

延时起爆干扰减震爆破技术的发展与创新

Extended Charge in Linear Explosion Effect and Numerical SimuLation in a Single Free Surface;

单自由面条件下延长药包爆破作用及数值模拟

The Uranium Mining up Fan Type Deep-holes and Milli-second Squeezed Blasting for Heap-making and Safety

铀矿上向扇形深孔毫秒延时爆破筑堆与安全

Experimental research on detonating meshwork for controlling blast-induced vibration by exact delay

精确延时干扰减震爆破网路的试验研究

Study of Stragetic Maketing Activities for Detonator in Xi an Qinghua Civil Blast Co.,LTD.;

庆华民爆公司导爆管延期起爆系统战略营销活动研究

Practice of destruction of overdue explosive by using deep-hole blasting method

深孔爆破法附带销毁过期炸药的实践

Delayed Relief Safety Explosion Isolator with Minor-Caliber Fuze

具有延期解除保险性能的小口径引信隔爆装置

Evaluation of Uncertainty in the Determination of the 5s Explosion Temperature of Explosive

炸药5秒延滞期爆发点的测量不确定度评定

Disscussion on the influence factors of half-second delay nonel detonator

高段半秒延期导爆管雷管秒量影响因素探讨

APPLICATION OF DEEP HOLE MILLISECOND TIME-DELAY COMPRESSION BLASTING IN QINSHAN STONE QUARRY

深孔毫秒延时挤压爆破技术在秦山石料厂的应用

Application of Explosive Technique in the Second Phase of Dumper Shed Project in Huanghua Port

爆破技术在黄骅港二期翻车机房工程中的应用

the prevention and the treatment of delayed hydrocephalus from hypertensive cerebral hemorrhage broken to cerebral ventric

高血压脑出血破入脑室后延期性脑积水的防治

fireworks [explosives and blasting agents]

爆竹烟花〔爆炸品及爆破剂〕

Application of blasting technique is an important link in blasting work.

爆破技术应用是爆破工作的重要环节。

The static blast is a new type of blasting technique.

静态爆破是一种新型的爆破技术。

Bench blasting is the most usual type of blasting work.

梯段爆破是最常用的爆破工程之一。

Comparison between smooth blasting and multidimensional cumulative cutting blasting

光面爆破与多面聚能切割爆破的比较