In this paper, Cuprous Chloride(WSDTY) metastability and equilibrium constant were investigated for crystallization in the Cu-Cl cycle. For metastabilty, there is a substantial positive correlation between cooling rate and MSZW. If the crystallization process is not gradual, it is likely maximum Tmet will be surpassed (reducing Tmet and increasing MSZW). The results on MSZW should be treated as only tentative, due to significant noise. Further experiments (ideally with more sophisticated nucleation detection methods) identify the cause of the noise and overcome the noise, that is, having enough points so that the noise does not significantly affect the data.

For solubility equilibrium, Ksp increased with temperature (as expected) and decreased with HCL concentration (the effect of HCL concentration on Ksp was previously unknown). The results of this paper provide useful new experimental data for crystallization and metastability in the Cu-Cl cycle.

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