Density of Heavy Water
THE density of heavy water was accurately determiner oy Stokland, Ronaess and Tronstad1 rature range 10–27°. Measurements fed to 50° by Chang and Chien2, and later by Wirtz3. Recently, we have further extended the measurement up to the boiling point of heavy water.
The high pressure PVT properties of deuterium oxide
The high pressure isothermal compressibilities of deuterium oxide from 5 to 100 °C and 0 to 1000 bars applied or gauge pressure were determined from sound speed data. These compressibilities were used to derive an equation of state of the form V0P/(V0 − VP) = B + A1P + A2P2, where V0 and VP are the specific volumes at an applied pressure of zero and P; and B, A1, and A2 are polynomial functions of temperature. The compressibilities derived from this equation of state are consistent with those derived from the sound speed data to ±0.016×10−6 bar−1 over the entire pressure and temperature range (this is equivalent to ∼0.2 m sec−1 in sound speed). The 1 atm sound‐derived compressibilities agree on the average to ±0.06×10−6 bar−1 with the direct measurements of Millero and Lepple. The P–V–T data from the sound‐derived equation are compared with the high pressure work of Bridgman, Kesselman, Juza et al., and Emmet and Millero. Good agreement (average deviation of ±28×10−6 cm3 g−1) was found with the recent spe...
The Volume of Eighteen Liquids as a Function of Pressure and Temperature
TABLE OF CONTENTS. Page Introduction. 185 The Method. 187 Detailed Data. 198 Normal Pentane. 198 Iso-pentane. 199 Normal Hexane. 201 2-methyl Pentane. 201 3-methyl Pentane. 203 2-2-dimethyl Butane. 204 2-3-dimethyl Butane. 205 Normal Heptane. 206 Normal Octane. 207 Normal Decane. 208 Benzene. 209 C6H6C1. 210 C6H5Br. 211 CC14....212 Bromoform. 213 Iso-propyl Alcohol. 214 Normal Butyl Alcohol. 214 or al Hexyl lcohol. 216 Ether. 217 Water. 219 Glycerine and Water Mixture. 220 Discussion. 221 Summary. 232