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Effect of the polymer overcoat on the performance of the SiNx/SiOx multilayer barrier for OLED gas barrier applications

机译:聚合物外涂层对OLED气体阻隔应用中SiN x / SiO x 多层阻隔层性能的影响

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A SiN/SiO multi-inorganic barrier shows a low water-vapor transmission rate (WVTR) as the SiN/SiO pairs increased to five pairs. We found that the WVTR can be significantly reduced after coating a polymer overcoat on the barrier with five SiN/SiO pairs. Additionally, the inner residual stress can be obviously reduced with the thickness of the polymer overcoat. We conclude that the improvement of the WVTR is ascribed to the reduction of the inner residual stress after coating a polymer overcoat. A WVTR of 1.28 × 10 (g/m)/day can be achieved after the calcium test time of 1200 hours with a relative humidity of 90% at 60°C.
机译:当SiN / SiO对增加到5对时,SiN / SiO多无机势垒显示出较低的水蒸气透过率(WVTR)。我们发现,用五对SiN / SiO对在阻挡层上涂覆聚合物外涂层后,WVTR可以显着降低。另外,随着聚合物保护层的厚度,内部残余应力可以明显降低。我们得出结论,WVTR的提高归因于涂覆聚合物外涂层后内部残余应力的降低。钙测试时间为1200小时后,在60°C下相对湿度为90%时,可以实现1.28×10(g / m)/天的WVTR。

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