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Test of Microstructur Permeable Asphalt Pavement Used Domato Stone (Quarsite Dolomite) As Course Agregate for Surface Layer of Road Pavement

机译:以Domato石材(石英岩白云石)为路面铺面层的骨料的微观结构渗透性沥青路面试验

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The experiment works was dividing into two phases, for phase one was developed to investigate the properties of aggregates and straight asphalt qualities. The experiment work for phase two was developed to design the porous asphalt mix. In this phase Japan's method and Binamarga's method was used to define optimum asphalt content. In this phase, has result cantabro loss weight 77.10 for asphalt quality 3% and loss weight 9.70 for asphalt quality 5%. asphalt flow down, air void and density values. The experiment work for phase two was developed to investigate the qualities of porous asphalt. In this phase, wheel tracking machine test was used to investigate the dynamic stability of mixes. Result of this research will be valuable for development porous asphalt technology. Based on the Scanning Electron Microscope (SEM) can be seen the microstructure and content of chemical elements present in the porous asphalt. : Oxygen 58.46%, Silicon 2.60%, Aluminium 2.91%, Sodium 5.75%, Calcium 19.11%, Sulfur 7.83%, Magnesium 3.52%, SiO2 6.73%, Al2O3 6.40%, Na2O 7.45%, CaO 46.25%, SO3 27.05%, MgO 6.12%. Binamarga : Oxygen 61.82%, Silicon 13.58%, Aluminium 7.27%, Sodium 4.42%, Magnesium 1.65%, Sulfur 4.56%, Calcium 3.96%, Potassium 1.31%, Iron 1.26%, Titanium 0.18%, SiO2 38.09%, Al2O3 17.29%, Na2O 6.39%, MgO 3.10%, SO3 17.03%, CaO 10.36%, K2O 2.88%, FeO 4.22%, TiO2 0.66%. Japan : Oxygen 58.53%, Silicon 8.41%, Aluminium 6.73%, Sodium 7.21%, Magnesium 4.39%, Potassium 0.86%, Calcium 9.21%, Sulfur 4.66%, SiO2 23.18%, Al2O3 15.74%, Na2O10.25%, MgO 8.12%, K2O 6.39%, CaO 23.71%, SO3 17.14%. Porositas : Japan : SEM HV 10.0 kV, View field 57.5 μm, SEM MAG 2.21 kx, WD 11.58mm, Det : SE, Date (m/d/y) : 06/20/13, Binamarga : SEM HV 10.0 kV, View field 31.1 μm, SEM MAG 4.08 kx, WD 10.63 mm, Det : SE, Date (m/d/y) : 06/20/13, Japan : SEM HV 10.0 kV, View field 28.8 μm, SEM MAG 4.04 kx, WD 12.00 mm, Det : SE, Date (m/d/y) : 06/20/13.
机译:实验工作分为两个阶段,第一阶段用于研究骨料的性能和直馏沥青的质量。进行了第二阶段的实验工作,以设计多孔沥青混合料。在此阶段,使用日本方法和Binamarga方法确定最佳沥青含量。在此阶段中,对于3%的沥青质量,cantabro损失重量为77.10,对于5%的沥青质量产生9.70重量损失。沥青流下,空气空隙和密度值。开展了第二阶段的实验工作,以研究多孔沥青的质量。在此阶段,使用车轮跟踪机测试来研究混合物的动态稳定性。研究结果对开发多孔沥青技术具有重要的参考价值。基于扫描电子显微镜(SEM),可以看到多孔沥青中存在的化学结构和化学元素含量。 :氧气58.46%,硅2.60%,铝2.91%,钠5.75%,钙19.11%,硫7.83%,镁3.52%,SiO2 6.73%,Al2O3 6.40%,Na2O 7.45%,CaO 46.25%,SO3 27.05%,MgO 6.12%。 Binamarga:氧气61.82%,硅13.58%,铝7.27%,钠4.42%,镁1.65%,硫4.56%,钙3.96%,钾1.31%,铁1.26%,钛0.18%,SiO2 38.09%,Al2O3 17.29%, Na2O 6.39%,MgO 3.10%,SO3 17.03%,CaO 10.36%,K2O 2.88%,FeO 4.22%,TiO2 0.66%。日本:氧气58.53%,硅8.41%,铝6.73%,钠7.21%,镁4.39%,钾0.86%,钙9.21%,硫4.66%,SiO2 23.18%,Al2O3 15.74%,Na2O10.25%,MgO 8.12% ,K2O 6.39%,CaO 23.71%,SO3 17.14%。 Porositas:日本:SEM HV 10.0 kV,视野57.5μm,SEM MAG 2.21 kx,WD 11.58mm,Det:SE,日期(m / d / y):06/20/13,Binamarga:SEM HV 10.0 kV,视野场31.1μm,SEM MAG 4.08 kx,WD 10.63 mm,高度:SE,日期(m / d / y):06/20/13,日本:SEM HV 10.0 kV,视野28.8μm,SEM MAG 4.04 kx,WD 12.00毫米,高度:SE,日期(m / d / y):06/20/13。

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