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- W2801363718 endingPage "409" @default.
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- W2801363718 abstract "Quick and reliable testing is crucial for the development of new fouling release (FR) coatings. Exposure of these coatings to natural multispecies communities is essential in evaluating their efficacy. To this end, we present a rotating disk setup for dynamic field exposure. To achieve a well-defined flow on the surface of the disk, an easy to use sample mounting system was developed that provides a smooth and even surface. We related the angular velocity of the disk to the wall shear stress on the surface with a hydrodynamic model. The wall shear stress was adjusted to values previously found to be suitable to discriminate dynamic diatom attachment on different coating chemistries in the lab. The effect of the dynamic conditions was shown by comparing polystyrene slides under static and dynamic exposure. Using a set of self-assembled monolayers, the discrimination potential of the assay in a multispecies environment was demonstrated." @default.
- W2801363718 created "2018-05-17" @default.
- W2801363718 creator A5013198918 @default.
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- W2801363718 creator A5084253860 @default.
- W2801363718 date "2018-04-21" @default.
- W2801363718 modified "2023-10-06" @default.
- W2801363718 title "Dynamic field testing of coating chemistry candidates by a rotating disk system" @default.
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- W2801363718 cites W1536303125 @default.
- W2801363718 cites W1585361879 @default.
- W2801363718 cites W1964799215 @default.
- W2801363718 cites W1966244793 @default.
- W2801363718 cites W1971931705 @default.
- W2801363718 cites W1973146437 @default.
- W2801363718 cites W1977394338 @default.
- W2801363718 cites W1977918804 @default.
- W2801363718 cites W1978139417 @default.
- W2801363718 cites W1980085132 @default.
- W2801363718 cites W1980187660 @default.
- W2801363718 cites W1984385528 @default.
- W2801363718 cites W1987380113 @default.
- W2801363718 cites W1994880654 @default.
- W2801363718 cites W1995495037 @default.
- W2801363718 cites W1998931013 @default.
- W2801363718 cites W2001749677 @default.
- W2801363718 cites W2002657668 @default.
- W2801363718 cites W2011517857 @default.
- W2801363718 cites W2021839463 @default.
- W2801363718 cites W2023212962 @default.
- W2801363718 cites W2029006828 @default.
- W2801363718 cites W2029307584 @default.
- W2801363718 cites W2032330482 @default.
- W2801363718 cites W2034474573 @default.
- W2801363718 cites W2039464697 @default.
- W2801363718 cites W2040370307 @default.
- W2801363718 cites W2040449834 @default.
- W2801363718 cites W2040895131 @default.
- W2801363718 cites W2041216857 @default.
- W2801363718 cites W2042871358 @default.
- W2801363718 cites W2043306168 @default.
- W2801363718 cites W2043400636 @default.
- W2801363718 cites W2044061588 @default.
- W2801363718 cites W2044414816 @default.
- W2801363718 cites W2044463469 @default.
- W2801363718 cites W2044670534 @default.
- W2801363718 cites W2052851341 @default.
- W2801363718 cites W2058073035 @default.
- W2801363718 cites W2058721966 @default.
- W2801363718 cites W2066035123 @default.
- W2801363718 cites W2066270560 @default.
- W2801363718 cites W2068198580 @default.
- W2801363718 cites W2068569075 @default.
- W2801363718 cites W2072863622 @default.
- W2801363718 cites W2075244463 @default.
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- W2801363718 cites W2083510504 @default.
- W2801363718 cites W2085203851 @default.
- W2801363718 cites W2089548109 @default.
- W2801363718 cites W2100039840 @default.
- W2801363718 cites W2100558161 @default.
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- W2801363718 cites W2102658404 @default.
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- W2801363718 cites W2118249234 @default.
- W2801363718 cites W2120828032 @default.
- W2801363718 cites W2130432933 @default.
- W2801363718 cites W2139193014 @default.
- W2801363718 cites W2145890782 @default.
- W2801363718 cites W2155997526 @default.
- W2801363718 cites W2158883317 @default.
- W2801363718 cites W2159545045 @default.
- W2801363718 cites W2160100379 @default.
- W2801363718 cites W2164049249 @default.
- W2801363718 cites W2166742043 @default.
- W2801363718 cites W2167279371 @default.
- W2801363718 cites W2201429498 @default.
- W2801363718 cites W2229058370 @default.
- W2801363718 cites W2344744469 @default.
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- W2801363718 cites W2500713745 @default.
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- W2801363718 cites W2614492495 @default.
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- W2801363718 cites W308176948 @default.
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- W2801363718 doi "https://doi.org/10.1080/08927014.2018.1459578" @default.
- W2801363718 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29734815" @default.
- W2801363718 hasPublicationYear "2018" @default.
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