R. Battino, "The Ostwald coefficient of gas solubility," Fluid phase equilibria, vol. 15, no. 3, pp. 231-240, 1984.Batino R. The Ostwald Coefficient of Gas Solubility[J].Fluid Phase Equilibria 1984,15(03).Batino R. The Ostwald Coefficient of Gas Solubility [ J ]. Fluid Phase ...
The Ostwald coefficient of gas solubility Dolomite stoichiometry and Ostwald's Step Rule Homogeneous nucleation and the Ostwald step rule THE STANDARDIZATION OF A MODIFIED OSTWALD VISCOMETER Structural and Thermodynamic Explanations of Ostwald's Rule ...
Solubility coefficients in blood for benzene, toluene, and xylene were determined as 6·5, 16, and 42 respectively. In lard and olive oil, which were taken to represent human fat, corresponding values were about 450, 1300, and 3900. The coefficient for vinyl chloride in lard and olive oil...
Determination of the Ostwald Coefficient of Dissolved Gases in Transformer Oil with Gas Chromatography 变压器油中溶解气体奥斯特瓦尔德系数的测定方法 www.ilib.cn 6. Ostwald Types for Transparent Liquids 透明液体用奥斯瓦特式 www.greentree.com.tw 7. Analysis of Ostwald ripening of multi-component particles...
Ostwald solubility coefficients were measured for cyclopropane, halothane and trichloroethene in Krebs solution: at 310 K the respective values +/- SEM of the Ostwald coefficients are 0.181 +/- 0.009, 0.78 +/- 0.02 and 1.54 +/- 0.02; over the temperature range 295-310 K the respective ...
Trichloroethylene, used as a marker, was found to have a coefficient in lard of 660, and in olive oil of 710, rather lower values than have been accepted for fat.RJSherwoodBMJOccupational & Environmental MedicineSherwood RJ. Ostwald solubility coefficients of some industrially important substances....
The conditional stability constant for the 1:1 complex agrees with that of the other groups, and correction for the proton side-reaction coefficient of sulfide gives a stability constant of log Ktherm = 23.4 for CdS. As there was no detectable Cd signal for Cd in sulfide solutions, the ...
When the rate-determining step is that of slow diffusion through the matrix, r* is related to r― by r*=r― and follows the time dependence, (15)r*(t)3−r―(0)3=(8γC0DΩ2/9RT)t, where D is the diffusion coefficient. The radial distribution function in this case is (16)f...