1) blasting window
爆破窗口
2) blasting notch
爆破切口
1.
The choice of blasting notch configuration,the determination of blasting parameters and the taken technical measures of a 45-metre-high brick chimney by directional folded in complicated environment are introduced,it is hoped that this paper can accumulate some experiences for the similar engineerings.
介绍了复杂环境下45 m高砖烟囱单向折叠爆破拆除时,选择的爆破切口型式和爆破参数以及采取的主要技术措施等。
2.
From analyzing the mechanics of axis rotation of chimney after being blasted, and rupture form of blasting notch.
从烟囱施爆后做定轴转动的力学分析入手,结合爆破切口的断裂形式,讨论支反力的变化情况,得出了前冲的原因,并推导了前冲距离的计算公式。
3) Blasting cut
爆破缺口
1.
This paper introduces an example of controlled blasting demolition of cooling tower,the design scheme,blasting cut,blasting parameters and pretreatment were selected,and also the safety protection measures were discussed.
介绍了冷却塔控制爆破拆除实例,其中包括爆破方案的设计、预处理措施、爆破缺口、爆破参数的选取确定,以及安全验算和爆破安全技术措施等。
4) blasting gap
爆破缺口
5) Blasting cut
爆破切口
1.
Directional controlled blasting was used to demolish a 45-meter-high brick-structured chimney, and the position of the blasting cut was properly heightened according to the structure of the chimney and the complicated environment.
根据周围的环境和该烟囱本身的结构特点,选择了合理的爆破切口和爆破参数,以及烟囱爆破的安全防护措施。
2.
This paper focused on the defined method of the blasting cut,the selection of rational blasting parameters,the execution of the trail-blasting solution and the pretreatment method,corresponding safety precautions and the controlling method of blasting and touching vibration.
详细介绍了爆破切口的确定方法、爆破参数选取、起爆顺序的确定,以及预处理方法、安全防护措施、爆破和塌落振动控制措施。
3.
The form of blasting cut is experimentally studied.
针对壁体材料多样、结构复杂的高耸建筑物的爆破拆除,通过实验研究确定了爆破切口形式,运用力学理论推导了余留支撑体所对应的圆心角和爆破切口高度计算公式,并在工程实践中得到验证。
6) explosive welding window
爆炸焊接窗口
1.
According to the theory of explosive welding window and the experiment exploiting explosive welding window simulation system(EWW1.
文章根据爆炸焊接窗口理论及实验分析 ,开发了“爆炸焊接窗口仿真系统(EWW1。
补充资料：MS窗口系统
MS窗口系统
MS-Windows
MS ehuangkoU xltongMS窗口系统(MS.、Vindows)参见windo桃操作系统。
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