Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6533815 | Solar Energy Materials and Solar Cells | 2018 | 13 Pages |
Abstract
Main corrosion features that appeared in the reflective area of Type 1 silvered-glass reflectors at the end of the different corrosion tests. K_0_25 is the test at 0 dm3 SO2, 25â¯Â°C, K_0_40 is the test at 0 dm3 SO2, 40â¯Â°C, K_0_50 is the test at 0 dm3 SO2, 50â¯Â°C, K_0.2_40 is the test at 0.2 dm3 SO2, 40â¯Â°C, K_1_25 is the test at 1 dm3 SO2, 25â¯Â°C, K_1_40 is the test at 1 dm3 SO2, 40â¯Â°C, K_1_50 is the test at 1 dm3 SO2, 50â¯Â°C, K_2_40 is the test at 2 dm3 SO2, 40â¯Â°C, N is the sum of the number of corrosion spots visible to the naked eye at the end of testing on a 300â¯cm2 total reflector surface, Max. Pen. is the maximum penetration of corrosion near the edge (μm), ÎÏλ,Ï is the mean increment in monochromatic specular reflectance on reflector surfaces not predamaged (-), Total Corr. is the mean total corrosion of the whole reflector surface (%).361
Related Topics
Physical Sciences and Engineering
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Authors
A. GarcÃa-Segura, A. Fernández-GarcÃa, M.J. Ariza, F. Sutter, L. Valenzuela,