Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309046949> ?p ?o ?g. }
- W4309046949 abstract "Abstract Static contact angle measurements are one of the most popular methods to analyze the wetting behavior of materials of any kind. Although this method is readily applicable without the need of sophisticated machinery, the results obtained for the very same material may vary strongly. The sensitivity of the measurement against environmental conditions, sample preparation and measurement conduction is a main factor for inconsistent results. Since often no detailed measurement protocols exist alongside published data, contact angle values as well as elaborated wetting studies do not allow for any comparison. This paper therefore aims to discuss possible influences on static contact angle measurements and to experimentally demonstrate the extent of these effects. Sample storage conditions, cleaning procedures, droplet volume, water grade and droplet application as well as the influence of evaporation on the static contact angle are investigated in detail. Especially sample storage led to differences in the contact angle up to 60%. Depending on the wetting state, evaporation can reduce the contact angle by 30–50% within 10 min in dry atmospheres. Therefore, this paper reviews an existing approach for a climate chamber and introduces a new measuring setup based on these results. It allows for the observation of the wetting behavior for several minutes by successfully suppressing evaporation without negatively affecting the surface prior to measurement by exposure to high humidity environments." @default.
- W4309046949 created "2022-11-21" @default.
- W4309046949 creator A5002117521 @default.
- W4309046949 creator A5012696360 @default.
- W4309046949 creator A5057803840 @default.
- W4309046949 creator A5074429356 @default.
- W4309046949 creator A5080458955 @default.
- W4309046949 date "2022-11-12" @default.
- W4309046949 modified "2023-10-05" @default.
- W4309046949 title "An in-depth evaluation of sample and measurement induced influences on static contact angle measurements" @default.
- W4309046949 cites W1593547597 @default.
- W4309046949 cites W1920451376 @default.
- W4309046949 cites W1966142819 @default.
- W4309046949 cites W1969728621 @default.
- W4309046949 cites W1973402246 @default.
- W4309046949 cites W1975140804 @default.
- W4309046949 cites W1980256616 @default.
- W4309046949 cites W1980408997 @default.
- W4309046949 cites W1980745322 @default.
- W4309046949 cites W1994244567 @default.
- W4309046949 cites W1997879822 @default.
- W4309046949 cites W1998165939 @default.
- W4309046949 cites W2000706851 @default.
- W4309046949 cites W2003819699 @default.
- W4309046949 cites W2004583790 @default.
- W4309046949 cites W2007743157 @default.
- W4309046949 cites W2008984775 @default.
- W4309046949 cites W2014763261 @default.
- W4309046949 cites W2022014300 @default.
- W4309046949 cites W2028724419 @default.
- W4309046949 cites W2029279921 @default.
- W4309046949 cites W2030165827 @default.
- W4309046949 cites W2032430168 @default.
- W4309046949 cites W2045954032 @default.
- W4309046949 cites W2049469119 @default.
- W4309046949 cites W2065160362 @default.
- W4309046949 cites W2067471651 @default.
- W4309046949 cites W2068229857 @default.
- W4309046949 cites W2072663684 @default.
- W4309046949 cites W2089807460 @default.
- W4309046949 cites W2092399745 @default.
- W4309046949 cites W2097843021 @default.
- W4309046949 cites W2098601794 @default.
- W4309046949 cites W2105922092 @default.
- W4309046949 cites W2114955730 @default.
- W4309046949 cites W2135286426 @default.
- W4309046949 cites W2152123134 @default.
- W4309046949 cites W2275086960 @default.
- W4309046949 cites W2321117180 @default.
- W4309046949 cites W2335572626 @default.
- W4309046949 cites W2412832159 @default.
- W4309046949 cites W2427539736 @default.
- W4309046949 cites W2521304624 @default.
- W4309046949 cites W2577462160 @default.
- W4309046949 cites W2766244621 @default.
- W4309046949 cites W2774779631 @default.
- W4309046949 cites W2786589993 @default.
- W4309046949 cites W2863672112 @default.
- W4309046949 cites W2888371856 @default.
- W4309046949 cites W2902206496 @default.
- W4309046949 cites W2914625452 @default.
- W4309046949 cites W2916439917 @default.
- W4309046949 cites W2964546307 @default.
- W4309046949 cites W3005134485 @default.
- W4309046949 cites W3010494798 @default.
- W4309046949 cites W3013889594 @default.
- W4309046949 cites W3038002184 @default.
- W4309046949 cites W3083451506 @default.
- W4309046949 cites W3097062642 @default.
- W4309046949 cites W3112205762 @default.
- W4309046949 cites W3115284772 @default.
- W4309046949 cites W3118681934 @default.
- W4309046949 cites W3118961777 @default.
- W4309046949 cites W3128397115 @default.
- W4309046949 cites W3160089302 @default.
- W4309046949 cites W3184978659 @default.
- W4309046949 cites W3185989815 @default.
- W4309046949 cites W3186027726 @default.
- W4309046949 cites W3202592314 @default.
- W4309046949 cites W3212514064 @default.
- W4309046949 cites W4205550421 @default.
- W4309046949 cites W4300936546 @default.
- W4309046949 cites W747408702 @default.
- W4309046949 doi "https://doi.org/10.1038/s41598-022-23341-3" @default.
- W4309046949 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36371459" @default.
- W4309046949 hasPublicationYear "2022" @default.
- W4309046949 type Work @default.
- W4309046949 citedByCount "4" @default.
- W4309046949 countsByYear W43090469492023 @default.
- W4309046949 crossrefType "journal-article" @default.
- W4309046949 hasAuthorship W4309046949A5002117521 @default.
- W4309046949 hasAuthorship W4309046949A5012696360 @default.
- W4309046949 hasAuthorship W4309046949A5057803840 @default.
- W4309046949 hasAuthorship W4309046949A5074429356 @default.
- W4309046949 hasAuthorship W4309046949A5080458955 @default.
- W4309046949 hasBestOaLocation W43090469491 @default.
- W4309046949 hasConcept C121332964 @default.
- W4309046949 hasConcept C134514944 @default.
- W4309046949 hasConcept C151420433 @default.
- W4309046949 hasConcept C158960510 @default.