A chemical-physical model of solution behavior is developed to represent liquid activities in compound-forming binary nonelectrolyte systems as a function of both composition and temperature.
In contrast, the site preference of V, Cr, Mn, Fe, Cu, Mo, Pd, Ag, W and Au was found to depend on both composition and temperature.
Using our simple analytic lattice theory along with a fixed parameter set independent of both composition and temperature, we study solutions and blends exhibiting complicated miscibility patterns, including cases in which a UCST is below an LCST, or above.
The liquid phase is modelled according to three different assumptions: a well-mixed model where temperature and composition are uniform, a combined model where mass transfer is limited by diffusion, but temperature is uniform and a fully diffusion-limited model with respect to both composition and temperature.
The thermoelectric properties were measured for each sample with varying hafnium diboride composition across a temperature range, in order to determine how thermoelectric properties depend on both composition and temperature.
Neutron and x-ray scattering measurements were performed on (Na1/2Bi1/2 TiO3-xat%BaTiO3 (Na1/2Bi1/2 TiO3-xatstals (x=4, 5, 6.5, and 7.5) across the morphotropic phase boundary (MPB), as a function of both composition and temperature, and probing both structural and dynamical aspects.
The results showed that TPS/PCA and TPS/PCA/PBAT biodegradable sheets properties were highly dependent upon both composition and processing temperature.
Emission of X-rays from high-temperature laboratory plasmas is used to probe the conditions within them; X-ray spectral measurements show both the composition and temperature of a source.
Results showed that a reasonable match with experimental data is obtained from the Apelblat equation and CNIBS/R K equation, while the modified Jouyban Acree equation contains parameters including both solvent composition and temperature.
The consistency of the present results with the previously determined pHs values in 5, 15 and 30 wt% acetonitrile water mixtures is analysed by multilinear regression of pHs as a function of both solution composition and temperature.
A new pneumatic method, based on the rate at which gas is sampled from a flame into a vacuum chamber, coupled with the measured [H], yielded both the composition and temperature of a flame at any point.
