Clustering Theory Evaluation for Thermal Conductivity Enhancement of Titania Nanofluid
作者： Azadeh Ghadimi , Hendrik Simon Cornells Metselaar
DOI: 10.1002/9781118744109.CH24
关键词:
摘要: Nanofluid as a future cooling fluid attracted wide span of application due to its great capability heat dissipation. is suspension nanoparticles in base which often requires stabilization processing. In this study, 0.1%wt. TiO2 were mixed with distilled water. Three hours ultrasonication was applied prepare samples. Sodium lauryl sulfate (0.01-0.2) %wt. and pH (10-12) used stability controlling parameters order verify thermal conductivity particle size nanofluid. Central composite design (CCD) response surface methodology (RSM) develop model well defining the optimum condition experiments (DOE). Amongst variety theories, clustering agglomeration can be partially responsible for increasing rising among different nano-suspensions. Results revealed that conditions located at high low SDS concentration will accompanied larger sizes. KEYWORD: Clustering theory, nanofluid, conductivity,
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