Calculation of excess quantities of ethylene glycol + water binary fluid systems at seven absolute temperatures (293.15 to 353.15) K from experimentally determined values of density and shear viscosity were presented in previous work. The examination of related functions beside the quality of correlation from several equations on these experimental values has also been reported. Considering...

One of the major hurdles in utilization metallic lithium anodes is understanding Li+ transfer kinetics through solid electrolyte interface (SEI) addition to Li oxidation. Electrochemical impedance spectroscopy (EIS) combined with temperature variation provides deeper comprehension and reveals kinetic parameters individual processes separately. In this study, we report temperature-dependent EIS ...

the extracts of piper sarmentosum, a medicinal plant, are being used to prepare phytopharmaceuticals while the information about chemical kinetics of constituents of the extract is unavailable to assign precise shelf life (t90) and find optimum storage conditions of the product for patient safety, and to avoid economic repercussions of launching an unstable product. the extract was exposed to t...

The frequency of pulsation of the intact heart in nymphs (final (?) instar) of Blatta orientalis L. increases with the temperature according to the equation of Arrhenius. The constant micro has typically the same value, within reasonable limits of error, as that (12,200) deduced for other, homologous activities of arthropods where the rate of central nervous discharge is perhaps the controlling...

Long-term thermal energy storage balances the seasonal variations in renewable supply and demand, but applied concepts require improved performance efficiency, reliability capacity. In principle, supercooling cold-crystallization offer a way to store heat for an extensive amount of time. this approach, crystallization behaviour material governs performance, as it directly relates optimal length...

Up to the onset of ligand escape from the heme pocket, CO binding to myoglobin can be explained by stochastic motion of the protein subject to an effective, temperature-dependent potential. Two "temperature-models" for the effective potential are investigated. The quantitative solution of the transient Smoluchowski equation for these models shows inhomogeneous kinetics at short times and protei...