矿物掺合料对玻化微珠保温材料性能的影响

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1、重庆大学硕士学位论文英文摘要Withtheadditionof20%lime,thespecificabsorptionofwateris38.6%.Mixedthemortarwithmineraladmixturesand0.3%dosageofwater-repellentagent,thespecificabsorptionofwateris26.3%.Thesurfaceofexpandedperlitebasedmortarcanbereinforcedbythealkali-resistancemeshfabricandanti-crackm

2、ortar,thepanelshowsabetterresultatflexuraltest.Keywords:ExpandedandVitrifiedBeads,MineralAdmixtures,Lime,ThermalInsulationMaterial.III重庆大学硕士学位论文目录目录中文摘要.................................................................................................................................

3、.........I英文摘要........................................................................................................................................II1绪论..............................................................................................................................

4、...........11.1建筑节能背景..........................................................................................................................11.2保温材料应用研究现状..........................................................................................................11.3玻化微珠及其保温材料研究现状

5、..........................................................................................21.3.1玻化微珠性能特点.........................................................................................................21.3.2玻化微珠制品研究..........................................................

6、...............................................21.3.3膨胀珍珠岩的火山灰活性研究.....................................................................................31.4矿物掺合料应用研究现状......................................................................................................41.4.1石灰对矿物掺合

7、料的活性激发.....................................................................................51.4.2矿物掺合料对材料导热性能的影响.............................................................................71.5课题主要研究内容................................................................................

8、.................................