![]() ![]() It proves our solubility measurement under high pressure reliable. The coefficients thus calculated were the same within experimental error with those derived from our data, the equation shown above. To supplement the volume data, we also measured the density of aqueous solution of cesium chloride at high concentrations. ![]() The pressure and the temperature coefficients of the solubility were thermodynamically estimated using relevant data of the solute and the solution in literature. The optode membrane was applied for the detection of cesium ions in environmental conditions: domestic water supply and seawater. This improvement in reproducibility is due in part to a better design of the inside of the pressure vessel used for the present study. This level of precision in solubility is almost an order of magnitude better than the literature data for the same system at the atmospheric pressure. The standard deviation is 0.022 mol kg(-1). Please note that this video was made solely for demonstration purposes Do not attempt to repeat the experiments shown in this videoMel Science: https://goo. A taste of next weeks video in which we finally drop that bigger sample of caesium into water.More links in description below MAIN VIDEO NOW POSTED AT: h. ![]() Some cesium salts are used in making mineral waters. The solubility (m,at) of cesium chloride (CsCl) in water was measured in the pressure and temperature ranges, 0.10-400 MPa and 273-313 K, respectively. Cesium hydroxide (CsOH), containing the hydroxide anion (OH ), is the strongest base known, attacking even glass. Solubility of cesium chloride in water under high pressuresĢ5-DEGREES-C, ALKALI-HALIDES, cesium chloride, experimental method, high pressure, solid-fluid equilibria, SOLUBILITY, THERMODYNAMIC PROPERTIES ![]()
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