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From the five, 3 were pure materials: BHA, CSHA and Al2O3.
Fig. 1e shows the conductivity [ln(S/cm)] of the samples in which the composite materials exhibit a better insulating behaviour than that of the pure materials.
Therefore it is observed that the composite materials exhibit a much better insulating behaviour than the pure materials.
While the electrical values of the composite materials started at a lower value and like the pure materials show a logarithmic decrease with increase of frequency.
The composite materials exhibit better conductivity than pure materials.

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The results showed that the composite microspheres were irregular porous materials and their average diameter was 2.18 mm.
In this paper, using quartz particles as pore-forming agent, sodium silicate as raw materials, macroporous silica microspheres with 0.1-5 mm cores were made by coprecipitation method.
TiO2 film/macroporous silica microspheres composite materials have been manufactured, which have big specific surface area and good photocatalysis properties. 2.
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Therefore, latent heat thermal storage technique is proposed to use in conventional central air-conditioning in which storage tank composed of containers filled with phase change material (PCM) and packed inside is added on condition that the PCM has been researched to fit to conventional air-conditioning working condition.
Zhang [6] presented a general model for analyzing the thermal characteristics of both heat charging and discharging processes of various latent heat thermal storage systems having encapsulated phase change materials.
Acknowledgment The authors acknowledge the support provided by the Provincial Science (E200822) and the Natural Science and Harbin University of Commerce.
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Figure 2 Piezometric Tubes Arrangement Schematic Diagram (Unit: mm) Experiment Material.
Acknowledgements The financial support provided by The State Key Laboratory of Subtropical Building Science (2009ZC17) and The Guangdong Science and Technology Department (2008B030302037) is gratefully acknowledged.
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With this research, we tread on the exciting intersection of materials science and artificial intelligence, hoping to provide actionable insights that can redefine how we approach the fabrication and understanding of aluminum-based sacrificial anodes.
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Ferdian, "Effect of Silicon on Corrosion Behaviour of Al-Zn as a Low Voltage Sacrificial Anode for Marine Environment," IOP Conference Series: Materials Science and Engineering, vol. 547, 2019
Pratesa, "Study of Al-Zn-Cu-Sm Efficiency for Low-Voltage Sacrificial Anode Candidate," IOP Conference Series: Materials Science and Engineering, vol. 553, 2019