Matches in SemOpenAlex for { <https://semopenalex.org/work/W2952340984> ?p ?o ?g. }
Showing items 1 to 94 of
94
with 100 items per page.
- W2952340984 endingPage "94" @default.
- W2952340984 startingPage "88" @default.
- W2952340984 abstract "Abstract Two-step aluminium anodizing is widely used to prepare oxide films with a highly-ordered porous structure through the whole thickness. It can be realized solely at relatively low values of current density in the kinetic anodizing regime that makes this process extremely time-consuming. Temperature is an important thermodynamic parameter which is able to accelerate chemical reactions and mass-transport and, thus, could be suggested as an effective tool to control the growth rate of anodic alumina. Here we report a systematic study of the porous anodic alumina films formation in 0.3 M oxalic acid electrolyte in a wide temperature range. The influence of electrolyte temperature on the kinetics of aluminium anodizing and on the morphology of the obtained anodic alumina films is addressed quantitatively. Current transients registered at various temperatures are used for the calculation of the apparent activation energy of the anodization process in both mild and hard anodizing regimes. In the case of thick oxide films and high electrolyte temperature, the increase in diffusion current contribution leads to switching the kinetically controlled anodizing to the mixed regime which results in destroying the hexagonal pore ordering. Based on the experimental findings, rational electrolyte temperatures and porous layer thicknesses for the first and second anodizing steps are proposed as a guide for express preparation of alumina films with well-ordered porous structure." @default.
- W2952340984 created "2019-06-27" @default.
- W2952340984 creator A5043155021 @default.
- W2952340984 creator A5049229730 @default.
- W2952340984 creator A5067019811 @default.
- W2952340984 date "2019-10-01" @default.
- W2952340984 modified "2023-10-01" @default.
- W2952340984 title "Complex influence of temperature on oxalic acid anodizing of aluminium" @default.
- W2952340984 cites W1967461038 @default.
- W2952340984 cites W1984115678 @default.
- W2952340984 cites W1984488337 @default.
- W2952340984 cites W1987718500 @default.
- W2952340984 cites W1990183864 @default.
- W2952340984 cites W1990558624 @default.
- W2952340984 cites W1998618139 @default.
- W2952340984 cites W2006656802 @default.
- W2952340984 cites W2034502635 @default.
- W2952340984 cites W2043509612 @default.
- W2952340984 cites W2044503784 @default.
- W2952340984 cites W2045559249 @default.
- W2952340984 cites W2066630330 @default.
- W2952340984 cites W2074467147 @default.
- W2952340984 cites W2078747796 @default.
- W2952340984 cites W2140082254 @default.
- W2952340984 cites W2141371213 @default.
- W2952340984 cites W2148024921 @default.
- W2952340984 cites W2157254946 @default.
- W2952340984 cites W2165738090 @default.
- W2952340984 cites W2208357187 @default.
- W2952340984 cites W2269261311 @default.
- W2952340984 cites W2318686931 @default.
- W2952340984 cites W2321552376 @default.
- W2952340984 cites W2522813174 @default.
- W2952340984 cites W2565864380 @default.
- W2952340984 cites W2587277867 @default.
- W2952340984 cites W2609829172 @default.
- W2952340984 cites W2770575177 @default.
- W2952340984 cites W2809831261 @default.
- W2952340984 cites W2887897841 @default.
- W2952340984 cites W2890156222 @default.
- W2952340984 cites W2895856585 @default.
- W2952340984 cites W2905218610 @default.
- W2952340984 cites W2913599394 @default.
- W2952340984 cites W2914840931 @default.
- W2952340984 cites W2924318517 @default.
- W2952340984 doi "https://doi.org/10.1016/j.electacta.2019.06.111" @default.
- W2952340984 hasPublicationYear "2019" @default.
- W2952340984 type Work @default.
- W2952340984 sameAs 2952340984 @default.
- W2952340984 citedByCount "36" @default.
- W2952340984 countsByYear W29523409842019 @default.
- W2952340984 countsByYear W29523409842020 @default.
- W2952340984 countsByYear W29523409842021 @default.
- W2952340984 countsByYear W29523409842022 @default.
- W2952340984 countsByYear W29523409842023 @default.
- W2952340984 crossrefType "journal-article" @default.
- W2952340984 hasAuthorship W2952340984A5043155021 @default.
- W2952340984 hasAuthorship W2952340984A5049229730 @default.
- W2952340984 hasAuthorship W2952340984A5067019811 @default.
- W2952340984 hasConcept C179104552 @default.
- W2952340984 hasConcept C185592680 @default.
- W2952340984 hasConcept C191897082 @default.
- W2952340984 hasConcept C192562407 @default.
- W2952340984 hasConcept C22016385 @default.
- W2952340984 hasConcept C2781346138 @default.
- W2952340984 hasConcept C513153333 @default.
- W2952340984 hasConceptScore W2952340984C179104552 @default.
- W2952340984 hasConceptScore W2952340984C185592680 @default.
- W2952340984 hasConceptScore W2952340984C191897082 @default.
- W2952340984 hasConceptScore W2952340984C192562407 @default.
- W2952340984 hasConceptScore W2952340984C22016385 @default.
- W2952340984 hasConceptScore W2952340984C2781346138 @default.
- W2952340984 hasConceptScore W2952340984C513153333 @default.
- W2952340984 hasFunder F4320321079 @default.
- W2952340984 hasLocation W29523409841 @default.
- W2952340984 hasOpenAccess W2952340984 @default.
- W2952340984 hasPrimaryLocation W29523409841 @default.
- W2952340984 hasRelatedWork W2053478631 @default.
- W2952340984 hasRelatedWork W2329184718 @default.
- W2952340984 hasRelatedWork W2334538720 @default.
- W2952340984 hasRelatedWork W2371776999 @default.
- W2952340984 hasRelatedWork W2475295328 @default.
- W2952340984 hasRelatedWork W2580545854 @default.
- W2952340984 hasRelatedWork W2917280284 @default.
- W2952340984 hasRelatedWork W2917776776 @default.
- W2952340984 hasRelatedWork W4241695251 @default.
- W2952340984 hasRelatedWork W4250890523 @default.
- W2952340984 hasVolume "319" @default.
- W2952340984 isParatext "false" @default.
- W2952340984 isRetracted "false" @default.
- W2952340984 magId "2952340984" @default.
- W2952340984 workType "article" @default.