izedistributiononthezedtiles粒度分布對釉面磚表觀狀況的影響摘要：啞光粉料在不同時間周期(15~50分鐘)下被球磨粉碎，得到的釉料涂覆面質(zhì)量的粒度分布情況。2AlOBO232KO2LOI表1釉料化學組成分析 /分鐘，并在空氣中冷卻)。這一步驟的目的是比較粒度分布改變后釉料熔融間潤濕角變化。觀察粒度分布曲線(圖1)，所有曲線呈現(xiàn)出尺寸在0.9μm和20.5μm之間的粒度分布；平均直徑分布從2.1μm到10.9μm之間各不相同(平均球面直徑)(圖1)。圖1球磨后釉料粒度累積分布圖 延長而增大的原因(圖3)。氣被釉封裝。釉面會充滿氣泡(氣孔)。因此，可觀察得出研磨時間與釉的潤濕圖2為研究釉而測量接觸角(1100℃下燒制)：圖3球磨時間-潤濕角關(guān)系曲線圖量角度，隨著粒度減小，釉表面逐漸伸展，增加了釉面反射(圖4)。球磨時間-釉料鏡面反射關(guān)系曲線圖4.結(jié)論于增大釉滴(熔融釉)與陶瓷坯體之間的接觸角。并有了更好地均一性，產(chǎn)生了光滑的釉面。從而影響釉光澤度。aianeBaschirottoFelisbinogey[3]MysenBO,RichetP.Silicateglassesandmelts:propertiesandstructure.USA:Elsevier;2005.[4]GutzowI,SchmelzerJ.Thevitreousstate:thermodynamics,structure,rheology,andcrystallization.Germany::Springer;1995.theAmericanCeramicSociety04;87(5):923–8.intitania-opaci?edenamel.JournaloftheAmericanCeramicSociety1956;39(5):188–95.[7]BenkoE.Wettabilitystudiesofcubicboronnitridebysilver-titanium.CeramicsInternational1995;21(5):303–7.[8]ChaiYH,WengWP,ChuangTH.RelationshipbetweenwettabilityandinterfacialreactionforSn10Ag4TionAl2O3andSiCsubstrates.CeramicsInternational1998;24(4):273–9.[9]LerouxV,LabbeJC,NguyenTT,ShanahanMER.Wettabilityofnon-reactiveCu/Si–Al–O–NsystemsI:experimentalresults.JournaloftheEuropeanCeramicSociety2001;21(6):825–31.[10]DezellusO,HodajF,EustathopoulosN.Progressinmodellingofchemical-reactionlimitedwetting.JournaloftheEuropeanCeramicSociety2003;23(15):2797–803.[11]BalestraRM,RibeiroS,TaguchiSP,MottaFV,Bormio-NunesC.Wettingbe-haviourofY2O3/AlNadditiveonSiCceramics.JournaloftheEuropeanCeramicSociety2006;26(16):3881–6.[12]RibeiroS,TaguchiSP,MottaFV,BalestraRM.ThewettabilityofSiCceramicsbymoltenE2O3(ss)/AlN(E2O3(ss)=solidsolutionofrareearthoxides).CeramicsInternational2007;33(4):527–30.[14]LinkS,EngelsM.Glazecharacterizationusingthehotstagemicroscope:apracticalapproach?Interceram2006;55(5):334–6.[15]DanielsonRR.Thecrawlingofglazes.AmericanCeramicSocietyBulletin–4.[16]LampmanCM.Theeffectofdifferentbodiesonsomewettingandflowcharacteristicsofglazes.JournaloftheAmericanCeramicSociety1938;21:252–[17]ShawK.Zirconglazes:surfacetensionandwettingaction.BritishClayworker1967;76(896):29–31.[18]ScholzeH.Glass:nature,structure,andproperties.NewYork:Springer-g[19]PaganelliM.Measuringsurfacetensionofglass.AmericanCeramicSocietybercompositionofrawglazes.JournaloftheEuropeanCeramicSociety2007;27(2–3):1671–5.[21]ColombanP,PaulsenO.Non-destructivedeterminationofthestructureandcompositionofglazesbyRamanspectroscopy.JournaloftheAmericanCeramicSociety2005;88(2):390–5.microstructureofsomeopaqueglaze/tileinterfacesinrelationtotheirphysicalproperties.CeramicsInternational1995;21(2):69–75.glazecomposition.JournaloftheEuropeanCeramicSociety2006;26(4–5):741–[25]BouE,BordesMC,Fel?′uC,Gaz