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Micromachines 2022, 13, 1456 3. Results and Discussion 3.1. XRD Analysis Figure 2 depicts the XRD examinations of the steatite powder sample phase. So5mofe10 same phases were seen in the XRD analysis of steatite powders; these included the enstatite (JCPDS 86-0430), quartz (JCPDS 46-1045), and smectite families (JCPDS 13-0135). In an XRD analysis, the peaks were mostly found betwe◦en 10° a◦nd 30°. A mineral phase XRD analysis, the peaks were mostly found between 10 and 30 . A mineral phase known Micromachines 2022, 13, x showed that the steatite particle size was reduced to a greater extent after ball milling.6Tohfe12 ball milling process also improved the steatite wettability and distribution within the PCM known as enstatite (MgSiO3) was derived from the talc abundant in steatite powder [24] as enstatite (MgSiO3) was derived from the talc abundant in steatite powder [24]. FFigiguurere22. .XXRRDDppatattetrenrnoof fththeecocommppoosistietse.s. 3.2. Particle Size Analysis 3.2. Particle Size Analysis A laser diffraction method was used to evaluate the average sizes of the particle and A laser diffraction method was used to evaluate the average sizes of the particle and particle size distributions prior to the experiment. Figure 3 shows the average steatite particle size distributions prior to the experiment. Figure 3 shows the average steatite particle sizes obtained before and after 18 h of milling time. Dalmis et al. noted that when particle sizes obtained before and after 18 h of milling time. Dalmis et al. noted that when the milling times exceeded 8 h, the structure was unable to handle the increased stress the milling times exceeded 8 h, the structure was unable to handle the increased stress and plastic deformation, and thus, the particle broke into smaller particles. Figure 4b also and plastic deformation, and thus, the particle broke into smaller particles. Figure 4b also showed that the steatite particle size was reduced to a greater extent after ball milling. The ball milling process also improved the steatite wettability and distribution within the composite, thereby improving the PCM composite characteristics Figure 4d. PCM composite, thereby improving the PCM composite characteristics Figure 4d. Figure 3. Particle size measurement. Figure 3. Particle size measurement.PDF Image | Heat Charging–Discharging Periods of Paraffin Wax
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