Matches in SemOpenAlex for { <https://semopenalex.org/work/W2084335810> ?p ?o ?g. }
- W2084335810 endingPage "67" @default.
- W2084335810 startingPage "56" @default.
- W2084335810 abstract "The history of colloid science, from its modern foundations in the mid-nineteenth century, has been strongly concerned with studies of the aggregation of colloidal particles. It was Thomas Graham (1861) who defined the word colloid (from the Greek word for glue) for those materials which could not pass through membranes, unlike smaller, truly-dissolved materials. Subsequently, Graham (1864), following earlier studies, principally by Selmi and Faraday, described the power possessed by salts for destroying colloidal solutions. Although numerous, quantitative studies of particle aggregation were made in the years that followed, in particular, the determination of minimum electrolyte concentrations for the onset of particle aggregation and aggregation rates, no general theoretical framework emerged to account for these quantitative findings until the middle of the twentieth century. It was during and immediately following the Second World War that two sets of authors, Derjaguin and Landau, in Russia, and Verwey and Overbeek, in the Netherlands, independently came up with the theory that is now universally referred to as the DLVO theory of particle interactions and aggregation. All modern developments of the theory of particle aggregation use the DLVO theory as the keystone. However, the DLVO theory itself was based on a large body of experimental data in regard to particle aggregation obtained over the previous hundred years or so. This article is an attempt to review that body of experimental data and to show how this guided the DLVO authors in their thinking." @default.
- W2084335810 created "2016-06-24" @default.
- W2084335810 creator A5007339388 @default.
- W2084335810 date "2012-01-01" @default.
- W2084335810 modified "2023-10-01" @default.
- W2084335810 title "Early (pre-DLVO) studies of particle aggregation" @default.
- W2084335810 cites W1523478527 @default.
- W2084335810 cites W1605936672 @default.
- W2084335810 cites W1963492627 @default.
- W2084335810 cites W1979154922 @default.
- W2084335810 cites W1980420426 @default.
- W2084335810 cites W1987617972 @default.
- W2084335810 cites W1987836200 @default.
- W2084335810 cites W1989398182 @default.
- W2084335810 cites W1992579296 @default.
- W2084335810 cites W1992582995 @default.
- W2084335810 cites W1992832414 @default.
- W2084335810 cites W1999735603 @default.
- W2084335810 cites W2000660385 @default.
- W2084335810 cites W2004515036 @default.
- W2084335810 cites W2010568523 @default.
- W2084335810 cites W2011865186 @default.
- W2084335810 cites W2012569250 @default.
- W2084335810 cites W2020613100 @default.
- W2084335810 cites W2022217644 @default.
- W2084335810 cites W2022976013 @default.
- W2084335810 cites W2025960683 @default.
- W2084335810 cites W2027077630 @default.
- W2084335810 cites W2034459793 @default.
- W2084335810 cites W2038044325 @default.
- W2084335810 cites W2040038532 @default.
- W2084335810 cites W2047723546 @default.
- W2084335810 cites W2047766401 @default.
- W2084335810 cites W2050887283 @default.
- W2084335810 cites W2051275313 @default.
- W2084335810 cites W2059555443 @default.
- W2084335810 cites W2066461115 @default.
- W2084335810 cites W2067424902 @default.
- W2084335810 cites W2068036936 @default.
- W2084335810 cites W2068670668 @default.
- W2084335810 cites W2069837986 @default.
- W2084335810 cites W2078899216 @default.
- W2084335810 cites W2083237894 @default.
- W2084335810 cites W2087852420 @default.
- W2084335810 cites W2092127745 @default.
- W2084335810 cites W2095529451 @default.
- W2084335810 cites W2132246383 @default.
- W2084335810 cites W2134660221 @default.
- W2084335810 cites W2149584299 @default.
- W2084335810 cites W2159529419 @default.
- W2084335810 cites W2159739171 @default.
- W2084335810 cites W2164351218 @default.
- W2084335810 cites W2168461973 @default.
- W2084335810 cites W2315666315 @default.
- W2084335810 cites W2316158933 @default.
- W2084335810 cites W2322758194 @default.
- W2084335810 cites W2326683419 @default.
- W2084335810 cites W2327145798 @default.
- W2084335810 cites W2330827662 @default.
- W2084335810 cites W246514771 @default.
- W2084335810 cites W2610489776 @default.
- W2084335810 cites W2610952883 @default.
- W2084335810 cites W2611614792 @default.
- W2084335810 cites W2611928031 @default.
- W2084335810 cites W2613239241 @default.
- W2084335810 cites W2618577159 @default.
- W2084335810 cites W4212930503 @default.
- W2084335810 cites W4229892061 @default.
- W2084335810 cites W4241762357 @default.
- W2084335810 cites W4244313797 @default.
- W2084335810 cites W4244864345 @default.
- W2084335810 cites W4247252437 @default.
- W2084335810 cites W4253069091 @default.
- W2084335810 cites W4256665230 @default.
- W2084335810 cites W2021814332 @default.
- W2084335810 doi "https://doi.org/10.1016/j.cis.2011.12.003" @default.
- W2084335810 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22257683" @default.
- W2084335810 hasPublicationYear "2012" @default.
- W2084335810 type Work @default.
- W2084335810 sameAs 2084335810 @default.
- W2084335810 citedByCount "31" @default.
- W2084335810 countsByYear W20843358102013 @default.
- W2084335810 countsByYear W20843358102014 @default.
- W2084335810 countsByYear W20843358102016 @default.
- W2084335810 countsByYear W20843358102017 @default.
- W2084335810 countsByYear W20843358102018 @default.
- W2084335810 countsByYear W20843358102019 @default.
- W2084335810 countsByYear W20843358102020 @default.
- W2084335810 countsByYear W20843358102021 @default.
- W2084335810 countsByYear W20843358102022 @default.
- W2084335810 countsByYear W20843358102023 @default.
- W2084335810 crossrefType "journal-article" @default.
- W2084335810 hasAuthorship W2084335810A5007339388 @default.
- W2084335810 hasConcept C111368507 @default.
- W2084335810 hasConcept C127313418 @default.
- W2084335810 hasConcept C135654099 @default.
- W2084335810 hasConcept C147789679 @default.
- W2084335810 hasConcept C155672457 @default.