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Conceptional design of Airbag-based seismic safety system in structures of nuclear power plants (NPPs)

机译:核电厂结构中基于安全气囊的地震安全系统的概念设计

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摘要

Nuclear safety system is investigated by the airbag in which the earthquake- resistance performance is manifested. Most degrees' earthquake could be compromised, which is different from the conventional earthquake regulation where the fixed regulation as 6.5 or 7.0 in Richter magnitude scale is used. Assuming some variable in the simulations, the volume is obtained. In the simulations, at 307th day (at this time, 2,601.94 10,000 pascals), the volume is 9.58647 m3. So, one side of the airbag is proposed as the size of 2.124318 meters. The perfect safety system for the earthquake is constructed in the nuclear power plants (NPPs). This skill could be applicable to the other kinds of industry for the earthquake protections.
机译:通过安全气囊研究了核安全系统,该安全气囊表现出了抗震性能。大部分地震可能会受到损害,这与常规地震法规不同,在常规地震法规中,使用里氏震级标定为6.5或7.0。假设模拟中有一些变量,则可以得到体积。在模拟中,第307天(此时为2,601.94 10,000帕斯卡),容积为9.58647立方米。因此,建议气囊的一侧尺寸为2.124318米。核电厂(NPP)中构建了完善的地震安全系统。该技能可能适用于其他类型的地震防护行业。

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