并完成隔振系统冲击后碰撞实验研究工作；
To finish the impact experiment of isolation systems after shock;
在其他条件相同时，激励频率越大，隔振效果越好。
When other conditions are same, the great excited force frequency, the better isolation effect.
因此，有必要展开对电子设备隔振系统优化设计的研究。
It's necessary to research optimization of electronic equipment vibration isolation system.
采用适当的隔振技术可以阻止振动传递到临近的结构中去。
The use of appropriate technology to prevent vibration isolation to transfer to nearby structures.
这对随机激励下斜置隔振系统的振动分析有重要的指导作用。
It is important for random vibration analysis of the inclined isolator system.
该方法亦可用于线性隔冲减振系统的计算分析。
This method can also be used in the linear shock-isolating system.
该方法亦可用于线性隔冲减振系统的计算分析。
This method can also be used in the linear shock-isolating system.
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