众所周知，许多处理过程本质上与振动效应都是相关联的。
As everyone knows a lot of processes in nature are connected with the vibration effect.
着重分析了海底(悬空)管道在水流作用时诱发的振动效应。
The vibration effect induced by current acting on suspended submarine pipeline is analyzed.
讨论了振动效应和量子尺度效应相互影响，共同竞争的物理内涵。
Have discussed the physical intension of vibration effect and the quantum scale effect it's mutual influence of and common competitive.
振动效应和量子尺度效应相互影响，共同竞争，为薄膜提供矫顽力；
Vibration effect and the quantum scale effect mutual influence and common competition offer coercive force for film;
建议有效控制顶部相对扭转响应并提出了考虑扭转振动效应的抗震措施。
Some Suggestions on seismic design in the light of the response of torsional vibration are presented.
并从超声的机械振动效应、声空化效应等方面分析了声化学的作用机理。
The mechanism of sonochemical actions were discussed in view of mechanical fluctuation and cavitation effect of ultrasound.
爆破震动引起的大跨度桥梁地下结构的振动效应是影响桥梁安全的重要因素。
The underground structure vibration effects of long-span bridge caused by blasting vibration are important factors to affect the safety of bridge.
然而，目前对于悬索桥锚碇体系的爆破振动效应研究很少，因此，论文的选题十分必要。
However, there is little research papers for the blasting vibration effect of suspension Bridges 'anchor system. So, it is necessary for the choose of topic.
通过对采场周边主要建筑物爆破振动效应观测及分析，为采场周边建筑物安全防护提供科学依据。
The influence of blasting vibration on the main buildings around the stope was measured and analysed. The scientific basis of protection for the main buildings around the stope was provided.
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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