The melting point adjustment of calcium chloride hexahydrate by addition of potassium chloride or calcium bromide hexahydrate

H2 and Cl2 Production in the Radiolysis of Calcium and Magnesium Chlorides and Hydroxides

“…With long irradiations, the sample temperature increased to that of the γ source, which was about 30 °C. A previous work reports that CaCl 2 ·6H 2 O acts like a single compound with a melting point at about 29 °C . The heat capacity of this compound was shown to start rising at about 25 °C, indicating some structural changes occurring at very near room temperature.…”

“…A previous work reports that CaCl 2 ‚6H 2 O acts like a single compound with a melting point at about 29 °C. 41 The heat capacity of this compound was shown to start rising at about 25 °C, indicating some structural changes occurring at very near room temperature. Short doses with new samples repetitively gave yields of 0.098 and 0.038 molecules of H 2 per 100 eV of energy absorbed for γ-rays and 5 MeV helium ions, respectively.…”

Volumetric Properties of Molten Salt Hydrates

“… a See the Discussion section. b Extrapolated from data for very concentrated aqueous solutions; see the text. c The melting point, 33.5 °C, is from ref . d The melting point, 42 °C, is from ref . e Extrapolated from data for very concentrated aqueous solutions. …”

Phase-Transition Efficacy and Material Compatibility with Thermal Cycling of Lithium Nitrate Trihydrate as a Phase-Change Material

“…In such applications, viable use of latent-heat-based TES requires the phase-transition temperature T sf of phase-change material (PCM) to be in the temperature band of 25–35 °C. This represents the median range of diurnal average daily temperature variations in arid regions. , A representative set of PCMs are mapped in Figure with respect to their specific latent heat capacity h sf and T sf as reported in the literature. − With the exception of a few organic compounds, inorganic salt hydrates are primarily highlighted. A notable feature of the plot in Figure is that a triad of salt hydrates have relatively large h sf , and thus have a greater potential for TES applications in the stipulated temperature band.…”

“…Selected inorganic salt hydrate and organic compound PCMs and their specific latent heat in the temperature range of 25–35 °C reported in the literature; average values are graphed with error bands spanning minimum and maximum reported − values.…”