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Glass Shape Change during Firing for Improving the Seal of Planar SOFCs

机译:燃烧过程中的玻璃形状变化,用于改善平面SOFC的密封件

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Secure sealing is vital for planar type SOFCs to avoid the performance degradation and achieve long-term stable operation. Here we focus on the sheet type glass sealing which is produced by tape-casting method. High wettability of the glass is essential to avoid the stress concentration because low wettability increases the contact angle of the glass and makes the notch at the edge of glass sealing interface. We have evaluated the effect of temperature rising rate on the wettability of the sealing glass and the edge shape of it using the visualization test system. High temperature rising rate led to small contact angle of the sealing glass in some cases and can mitigate the stress concentration.
机译:安全密封对于平面类型的SOFC至关重要,以避免性能下降并实现长期稳定运行。在这里,我们专注于通过铸造方法生产的片材型玻璃密封。玻璃的高润湿性对于避免应力集中是必不可少的,因为低润湿性增加了玻璃的接触角并在玻璃密封界面的边缘处形成凹口。我们使用可视化测试系统评估了温度上升率对密封玻璃和其边缘形状的润湿性的影响。在某些情况下,高温上升速率导致密封玻璃的小接触角,并且可以减轻应力浓度。

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