首页|Novel optical and electrical combined calcium corrosion test: An industrial application of the barrier permeability of spotless water vapor
Novel optical and electrical combined calcium corrosion test: An industrial application of the barrier permeability of spotless water vapor
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NSTL
Elsevier
? 2022Optoelectronic devices' organic materials and metal electrodes are highly susceptible to water vapor. The use of a thin-film encapsulation technique is an effective solution. The accurate water vapor transmission rate (WVTR) of thin films, however, is challenging to acquire because of the influence of dust particles in industrial production laboratories. We have developed a low-cost, high accurate optical and electrical combined Ca corrosion test to analyze the permeation at the defects by optical camera and Matlab software, and established a model to eliminate the influence caused by defective spots in the WVTR method for the encapsulated film. We tested the WVTR of aluminum oxide (Al2O3) with different defect spot densities to ensure the accuracy and reliability of this process. The results illustrated that regardless of the sample defect spot density, the WVTR acquired by the test method reported in this paper generally agreed with the spotless WVTR.
Barrier permeabilitySpotless water vapor transmission rateThin-film encapsulation
Li Z.、Wang Z.、Chen Z.、Feng J.、Shangguan L.、Wang J.、Sun H.、Duan Y.
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State Key Laboratory of Integrated Optoelectronics College of Electronic Science and Engineering Jilin University
NSTL
Elsevier
