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| | To further improve the performance of a general metal dissipation-energy device, a dissipation-energy device with multilevel variable-stiffness is proposed. After introduction of mechanism of action and establishment of a restoring force model for energy dissipator, an analysis program has been compiled with structural linearity of the dissipator taken into consideration, and the shock absorbing effect of the dissipation-energy system was analyzed. The results of experiment and analy... | | 为进一步提高普通金属耗能器的性能 ,提出了多级变刚度耗能装置 ,在介绍其作用机理并建立恢复力模型的基础上 ,编制了综合考虑结构和耗能器非线性的分析程序 ,并对耗能减震体系的减震效果进行了分析 .试验和仿真分析结果表明 ,多级变刚度耗能减震装置具有很好的耗能能力 ,在不增加耗能系统费用的前提下 ,能够有效地降低耗能减震体系基础的造价 | | 文摘来源 | | Effect of welding station on metal dissipation factor of metallized film capacitors is analyzed in detail.Finally the real cause of dissipation change is found out.And some experiments are performed in order to find the best way. | | 详细分析焊接状态对金属化薄膜电容器金属损耗的影响,找到了损耗变化的原因。并进行了焊接状态调整的优化试验。 | | 文摘来源 | | When Metallized Film capacitors are used at high frequency, high voltage, high pulse and heavy current, their dissipation factor easily changes. The experiments made, by adjusting welding location, pressure, and power, show that the dissipation factor change depends on dissipation change of metal. The effect of welding Station on capacitor metal dissipation is analyzed. | | 金属化薄膜电容器在高频、高电压、高脉冲、大电流场合下使用,易发生损耗变化。通过对RDBWA-522灌注机焊接头定位,焊接头机械压力及焊接功率的调整试验,找到了金属化薄膜电容器损耗变化的主要原因是金属损耗变化,并对焊接状态对金属化薄膜电容器金属损耗的影响进行了详细分析。 | | 文摘来源 | |   |
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