<efrbr:recordSet xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:efrbr="http://vfrbr.info/efrbr/1.1" xmlns:efrbr-work="http://vfrbr.info/efrbr/1.1/work" xmlns:efrbr-expression="http://vfrbr.info/efrbr/1.1/expression" xmlns:efrbr-manifestation="http://vfrbr.info/efrbr/1.1/manifestation" xmlns:efrbr-person="http://vfrbr.info/efrbr/1.1/person" xmlns:efrbr-corporateBody="http://vfrbr.info/efrbr/1.1/corporateBody" xmlns:efrbr-concept="http://vfrbr.info/efrbr/1.1/concept" xmlns:efrbr-structure="http://vfrbr.info/efrbr/1.1/structure" xmlns:efrbr-responsible="http://vfrbr.info/efrbr/1.1/responsible" xmlns:efrbr-subject="http://vfrbr.info/efrbr/1.1/subject" xmlns:efrbr-other="http://vfrbr.info/efrbr/1.1/other" xsi:schemaLocation="http://vfrbr.info/efrbr/1.1 http://vfrbr.info/schemas/1.1/efrbr.xsd"><efrbr:entities><efrbr-work:work identifier="http://purl.tuc.gr/dl/dias/03AC9D69-419E-4671-8BA1-1AE827DE107B"><efrbr-work:titleOfTheWork>Binary heterogeneous nucleation of a water-sulphuric acid system: The effect of hydrate interaction</efrbr-work:titleOfTheWork></efrbr-work:work><efrbr-expression:expression identifier="http://purl.tuc.gr/dl/dias/03AC9D69-419E-4671-8BA1-1AE827DE107B"><efrbr-expression:titleOfTheExpression>Binary heterogeneous nucleation of a water-sulphuric acid system: The effect of hydrate interaction</efrbr-expression:titleOfTheExpression><efrbr-expression:formOfExpression vocabulary="DIAS:TYPES">
            Peer-Reviewed Journal Publication
            Δημοσίευση σε Περιοδικό με Κριτές
         </efrbr-expression:formOfExpression><efrbr-expression:dateOfExpression type="issued">2015-11-10</efrbr-expression:dateOfExpression><efrbr-expression:dateOfExpression type="published">1991</efrbr-expression:dateOfExpression><efrbr-expression:languageOfExpression vocabulary="iso639-1">en</efrbr-expression:languageOfExpression><efrbr-expression:summarizationOfContent>Binary heterogeneous nucleation of water and sulphuric acid vapours has been investigated using the hydrates interaction model in atmospheric conditions. The effect of the contact angle as well as the effect of the size of the condensation nucleus are studied. The number of adsorbed molecules on the condensation nucleus is considered. Hydration is found to decrease the nucleation rate by several orders of magnitude depending on contact angle, temperature, water and acid activity.
</efrbr-expression:summarizationOfContent><efrbr-expression:useRestrictionsOnTheExpression type="creative-commons">http://creativecommons.org/licenses/by/4.0/</efrbr-expression:useRestrictionsOnTheExpression><efrbr-expression:note type="journal name">Journal of Aerosol Science</efrbr-expression:note><efrbr-expression:note type="journal volume">7</efrbr-expression:note><efrbr-expression:note type="journal number">22</efrbr-expression:note><efrbr-expression:note type="page range">823-830</efrbr-expression:note></efrbr-expression:expression><efrbr-person:person identifier="http://users.isc.tuc.gr/~mlazaridis"><efrbr-person:nameOfPerson vocabulary="TUC:LDAP">
            Lazaridis Michalis
            Λαζαριδης Μιχαλης
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            Kulmala, Markku
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             Laaksonen ,A
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            Elsevier
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