同时，对爆区进行了爆破地震效应监测。
Meanwhile the blasting seismic effect in the blast district is monitored and measured.
开挖减震槽是降低爆破地震效应的手段之一。
The excavation of vibration-isolating slot is one of the possible measures to reduce the influence of blasting vibration.
文中给出了对爆区进行爆破地震效应监测的结果。
The paper also provides the monitoring results of blasting seismic effect in the blasting area.
从爆破地震效应分析入手，探讨了爆破地震强度的变化规律。
In this paper, the blasting seismic strength rule is researched according to analysis of blasting vibration effect.
利用地震工程中广泛应用的反应谱理论对爆破地震效应进行研究。
The response spectrum that is largely applied in earthquake engineering is employed to study the blast seismic effect.
该方法可用于研究爆破地震效应特别是爆破震动危害控制和预测。
It can be used to study blast seismic effect to control and forecast blast vibration damage.
加强对井巷附近爆破的控制，可降低爆破地震效应对井巷的破坏。
Improving the control of blasting near mining excavation can reduce a damage of blasting vibration effect to mining excavation.
利用在地震工程中广泛应用的反应谱理论对爆破地震效应进行研究。
Blast seismic effect was studied by means of response spectrum applied largely in earthquake engineering.
爆破地震效应对露天矿边坡稳定性影响是一个极其明显和复杂的问题。
Blasting earthquake effect on slope stability of open-pit is an extremely obvious and complicated problem.
在爆破震动作用下的结构震动响应是爆破地震效应研究的重要课题之一。
Structure vibration response caused by blasting vibration is one of the important problems of blasting vibration effect.
因此，建筑物在爆破地震效应作用下的安全度已日益成为急待解决的课题。
Therefore, the seismic effect of blasting at the building under their own security is increasingly becoming the subject of that need to be solved.
如何提高爆破质量并降低由此引起的爆破地震效应，一直是爆破工作者关注的焦点。
How to improve blasting qualities and reduce seismic effects of blasting has always been concerned by engineering technicians.
通过对爆破地震效应的产生、危害及其影响因素分析，给出了减小爆破地震效应的措施。
The erticle analyzed the emerge and harm and influence factor of blasting vibration effect, given the concerned measurements to decreasing blasting vibration effect.
爆破地震效应直接影响到隧道围岩和结构的稳定，也影响到邻近建筑物或构筑物的安全。
The blasting vibration effect is concerned with not only the stability of the surrounding rock and tunnel structural but also the safety of buildings around the tunnel.
爆破地震勘探石油是一种重要的方法，但爆破地震效应与爆破参数、地质条件等密切相关。
Petroleum exploration with blasting seismic waves is an important method at present. But blasting seismic effects are influenced by blasting conditions and media around.
根据这次爆破的实测资料，本文重点分析了在这种特定条件下大爆破地震效应的一些基本规律。
Using the measured data from the blasting this paper analyzes the basic rules of the large scale blasting vibration effects under specific conditions.
露天爆破的危害有爆破地震效应、爆破个别飞石、爆破有毒气体、爆炸空气冲击波和噪声等危害。
The open-air explosion hazards are seismic effect, blasting individual flying rocks, blasting toxic gases, explosive air shock wave and noise hazards.
摘要：露天爆破的危害有爆破地震效应、爆破个别飞石、爆破有毒气体、爆炸空气冲击波和噪声等危害。
Abstract: The open-air explosion hazards are seismic effect, blasting individual flying rocks, blasting toxic gases, explosive air shock wave and noise hazards.
该方法对综合研究爆破振动危害机理和爆破地震效应，特别是为构建爆破振动速度频率相关安全准则提供了一种有效的分析技术。
This method is effective for studying the mechanism of blast vibration damage and blast seismic effect in its entirety, specially, for constituting velocity-frequency criteria.
文章在分析爆破地震效应作用实质的基础上，讨论了爆破地震速度、爆破地震安全距离的计算方法以及爆破地震效应的破坏标准。
On the basis of analysis of the mechanism of seismic effect by blasting, the ground vibration velocity, the safety distance and the damage criterion of the seismic effect by blasting are discussed.
通过现场试验和爆破地震效应的观测，选取了较为合理的爆破微差时间及相应的爆破地震频率，降低了矿区附近的爆破地震效应。
Proper millisecond time of blasting and corresponding frequency are chosen to decrease the blasting effects on buildings near the area of coal strip mine.
以往的研究主要集中在爆破施工产生的地震效应方面，并制定了各种情况下混凝土结构的安全振动速度。
Those researches centered on the explosion seismic effect caused by the excavating blast and the criterions of safety vibration velocity for different concrete structures.
锚碇作为其主要的地下结构，在爆破地震波的作用下，振动效应是最显著的，关系到整个结构体系的安全与否。
As its main underground structure, under the action of blasting seismic waves, the blasting vibration effect of the anchor is notable, which relates to the safety of the whole structure.
锚碇作为其主要的地下结构，在爆破地震波的作用下，振动效应是最显著的，关系到整个结构体系的安全与否。
As its main underground structure, under the action of blasting seismic waves, the blasting vibration effect of the anchor is notable, which relates to the safety of the whole structure.
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