Matches in SemOpenAlex for { <https://semopenalex.org/work/W2772036750> ?p ?o ?g. }
- W2772036750 abstract "Abstract We have assessed the stabilizing role that induced co-deposition has in the growth of nanostructured NiW alloy films by electrodeposition on polished steel substrates, under pulsed galvanostatic conditions. We have compared the kinetic roughening properties of NiW films with those of Ni films deposited under the same conditions, as assessed by Atomic Force Microscopy. The surface morphologies of both systems are super-rough at short times, but differ at long times: while a cauliflower-like structure dominates for Ni, the surfaces of NiW films display a nodular morphology consistent with more stable, conformal growth, whose height fluctuations are in the Kardar-Parisi-Zhang universality class of rough two-dimensional interfaces. These differences are explained by the mechanisms controlling surface growth in each case: mass transport through the electrolyte (Ni) and attachment of the incoming species to the growing interface (NiW). Thus, the long-time conformal growth regime is characteristic of electrochemical induced co-deposition under current conditions in which surface kinetics is hindered due to a complex reaction mechanism. These results agree with a theoretical model of surface growth in diffusion-limited systems, in which the key parameter is the relative importance of mass transport with respect to the kinetics of the attachment reaction." @default.
- W2772036750 created "2017-12-22" @default.
- W2772036750 creator A5013851150 @default.
- W2772036750 creator A5022826988 @default.
- W2772036750 creator A5024112854 @default.
- W2772036750 creator A5029186501 @default.
- W2772036750 creator A5045078406 @default.
- W2772036750 creator A5056601909 @default.
- W2772036750 creator A5060328265 @default.
- W2772036750 creator A5070109750 @default.
- W2772036750 creator A5071103521 @default.
- W2772036750 date "2017-12-21" @default.
- W2772036750 modified "2023-10-09" @default.
- W2772036750 title "Morphological stabilization and KPZ scaling by electrochemically induced co-deposition of nanostructured NiW alloy films" @default.
- W2772036750 cites W1485947922 @default.
- W2772036750 cites W1497242497 @default.
- W2772036750 cites W1550274494 @default.
- W2772036750 cites W1965879164 @default.
- W2772036750 cites W1968537937 @default.
- W2772036750 cites W1969364463 @default.
- W2772036750 cites W1972538640 @default.
- W2772036750 cites W1973957132 @default.
- W2772036750 cites W1980791494 @default.
- W2772036750 cites W1983748080 @default.
- W2772036750 cites W1993148519 @default.
- W2772036750 cites W1993885767 @default.
- W2772036750 cites W1993935997 @default.
- W2772036750 cites W1997402743 @default.
- W2772036750 cites W2000835246 @default.
- W2772036750 cites W2004265799 @default.
- W2772036750 cites W2004399332 @default.
- W2772036750 cites W2004890502 @default.
- W2772036750 cites W2012386172 @default.
- W2772036750 cites W2012768116 @default.
- W2772036750 cites W2015296228 @default.
- W2772036750 cites W2019469842 @default.
- W2772036750 cites W2020421975 @default.
- W2772036750 cites W2021513185 @default.
- W2772036750 cites W2023951597 @default.
- W2772036750 cites W2024785727 @default.
- W2772036750 cites W2026806350 @default.
- W2772036750 cites W2031332021 @default.
- W2772036750 cites W2033361732 @default.
- W2772036750 cites W2046866312 @default.
- W2772036750 cites W2054113582 @default.
- W2772036750 cites W2054373619 @default.
- W2772036750 cites W2056628693 @default.
- W2772036750 cites W2060429741 @default.
- W2772036750 cites W2060463171 @default.
- W2772036750 cites W2062820725 @default.
- W2772036750 cites W2063629349 @default.
- W2772036750 cites W2065623712 @default.
- W2772036750 cites W2066116321 @default.
- W2772036750 cites W2069800936 @default.
- W2772036750 cites W2072711575 @default.
- W2772036750 cites W2073093441 @default.
- W2772036750 cites W2073846544 @default.
- W2772036750 cites W2075266922 @default.
- W2772036750 cites W2076546323 @default.
- W2772036750 cites W2077671141 @default.
- W2772036750 cites W2085281085 @default.
- W2772036750 cites W2086952867 @default.
- W2772036750 cites W2087496472 @default.
- W2772036750 cites W2091580493 @default.
- W2772036750 cites W2092360241 @default.
- W2772036750 cites W2098718909 @default.
- W2772036750 cites W2103122131 @default.
- W2772036750 cites W2112012478 @default.
- W2772036750 cites W2114964654 @default.
- W2772036750 cites W2119148478 @default.
- W2772036750 cites W2126461448 @default.
- W2772036750 cites W2132190734 @default.
- W2772036750 cites W2144934611 @default.
- W2772036750 cites W2145808480 @default.
- W2772036750 cites W2148639240 @default.
- W2772036750 cites W2182216362 @default.
- W2772036750 cites W2213677126 @default.
- W2772036750 cites W2319892151 @default.
- W2772036750 cites W2326703364 @default.
- W2772036750 cites W2328787346 @default.
- W2772036750 cites W2330321034 @default.
- W2772036750 cites W2398262350 @default.
- W2772036750 cites W2434503703 @default.
- W2772036750 cites W2489977369 @default.
- W2772036750 cites W250658146 @default.
- W2772036750 cites W2519260472 @default.
- W2772036750 cites W2547590764 @default.
- W2772036750 cites W2977474616 @default.
- W2772036750 cites W3104474503 @default.
- W2772036750 cites W3104901298 @default.
- W2772036750 cites W3124858365 @default.
- W2772036750 cites W3124865190 @default.
- W2772036750 cites W3125963642 @default.
- W2772036750 cites W316784166 @default.
- W2772036750 cites W4301880969 @default.
- W2772036750 doi "https://doi.org/10.1038/s41598-017-18155-7" @default.
- W2772036750 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5740171" @default.
- W2772036750 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29269845" @default.
- W2772036750 hasPublicationYear "2017" @default.
- W2772036750 type Work @default.