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Description A, Oxide layer thickness depending on stage of bath aging expressed by the consumed charge in the bath. B, Relation of the oxide layer thickness determined by coulometric calculation and...
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Top view of the anodic oxide layer on AA 1050 in freshly prepared anodizing bath and at the end of use: A‐B, bath A = 280 g/L H2SO4; C‐D, bath B = 180 g/L H2SO4
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Equivalent circuit representing the potential drop over the anode in a dc‐anodizing experiment
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Calculated development of the barrier layer thickness with ongoing bath aging based on Equation
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description The plateau current density at the end of the plateau shown in Figure A and B
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description SEM cross section of the anodized oxide layers over the time of bath‐aging expressed in consumed electric charge: A‐C, bath A = 280 g/L H2SO4; D‐F, bath B = 180 g/L H2SO4
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description A, Current response of the applied potential ramp depending on the time of bath aging (bath A). B, Current response of the applied potential ramp depending on the time of bath aging (bath B)
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Intensity ratio of the bands marked in Figure by Arabian numerals
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Parameter of the used anodizing baths
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Fourier transform infrared‐infrared reflection–absorption spectroscopy spectra of anodized reference sample formed in bath B at early stage (ts), mid‐term (tm) and at the end of use (te)
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Development of the pH value in the anodizing bath over the time of use
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description A, Development of the Al3+ concentration in booth anodizing baths over the time of use. B, Observation of flocculation and white precipitations on the beaker wall and electrode holder
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis -
Description Development of the conductivity of the anodizing baths A and B with 2 different initial concentration of H2SO4 over the time of use
Article Title: Anodizing—Interplay between bath aging and oxide formation and properties
Publication Title: Surface and Interface Analysis