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Hydrolysisofthreepolymerizablealkoxysilanes,i.e.vinyltri(β-methoxy)silane(A172),vinyltriethoxy，silane(VTES)andγ-methacryloxypropyltrimethoxysilane(A174)underdifferentpHwascharacterized.Results，revealedthatA172wasmorequicklyhydrolyzedatalltestedpHthantheothers.Fortheother2alkoxysilanes,，hydrolysiswaspHdependant,andthelowesthydrolysiswasobservedaroundpH8.Usingthesetwo，alkoxysilanes,ambienttemperatureself-crosslinkingacryliclatexeswerepreparedthroughemulsion，polymerizationwithpHcontrolledaround8.Dependencesofthelatexandpolymerpropertiesonthesesiloxanes，andontheirincorporatedamountsinthepolymerswerestudied.Latexfilmswerepreparedafterthelatexeswere，adjustedtoloworhighpHinordertoacceleratethehydrolysisofthealkoxygroupsonthelatexparticles,sothat，toachievehighcrosslinkinginthelatexfilms.Propertiesofthepolymersweresignificantlyenhancedwith，incorporationofVTESandA174. |
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