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Traffic-induced microvibration mitigation of high tech equipment inside a building using passive/active platform

机译：使用被动/主动平台，缓解交通拥挤导致的建筑物内高科技设备的微振动

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Department of Civil and Environmental Engineering

机译：土木与环境工程系

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作者
Yang ZC; Xu YL;
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年度 2002
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原文格式 PDF
正文语种 eng
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1. Experimental study of a hybrid platform for high-tech equipment protection against earthquake and microvibration [J] . Y. L. Xu, Z. F. Yu, S. Zhan Earthquake Engineering & Structural Dynamics . 2008 ,第5期

机译：高科技设备抗地震和微振动的混合平台的实验研究
2. Hybrid platform for high-tech equipment protection against earthquake and microvibration [J] . Y. L. Xu, B. Li Earthquake Engineering & Structural Dynamics . 2006 ,第8期

机译：用于高科技设备的抗地震和微振动的混合平台
3. Microvibration control of coupled high tech equipment-building systems in vertical direction [J] . Xu YL, Guo AX International Journal of Solids and Structures . 2006 ,第21期

机译：垂直方向耦合高科技设备制造系统的微振动控制
4. TRAFFIC-INDUCED MICROVIBRATION MITIGATION OF HIGH TECH EQUIPMENT INSIDE A BUILDING USING PASSIVE/ACTIVE PLATFORM [C] . Z.C. Yang, Y.L. Xu Third International Conference on Advances in Steel Structures Vol.2, Dec 9-11, 2002, Hong Kong, China . 2002

机译：使用被动/主动平台在建筑物内对高科技设备进行交通诱导的减振
5. Active and passive sampling of volatile organic compounds using the inside needle capillary adsorption trap (INCAT) device. [D] . Shojania, Shaheen. 2000

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7. Experimental study of a hybrid platform for high-tech equipment protection against earthquake and microvibration [O] . Xu YL, Yu ZF, Zhan S 2008

机译：高科技设备抗地震和微振动的混合平台的实验研究

Traffic-induced microvibration mitigation of high tech equipment inside a building using passive/active platform

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