The total electron attachment rate constant ka() for CClF3 and C2F6 has been meausured using an electron swarm technique in the mean electron energy range 0.41 to 4.81 eV and over the range of temperature T from 300 to 750 K. At each value of T the total electron attachment cross ...
Unless Henry's constants are defined with care, the effect of temperature on Henry's constants calculated from molecular theory may be qualitatively different from that observed.doi:10.1080/00319107108083813Preston, G. T.Funk, E. W.Prausnitz, J. M....
Gut clearance rate constant (K) of T. longicornis was positively related to temperature (T) and the relationship was best described by the equation K = 0.0119 + 0.001904T (r2 = 0.75, n = 14, Q10 = 2.16). We also surveyed the literature on the relationship between K and T for a ...
You have also been introduced to the rate law: Rate = k[A]n. The equation for the rate law The k in the equation is a constant that is temperature-dependent, meaning the constant changes depending on the temperature the reaction is happening at. In general, as temperature increases, ...
The effect of temperature on the dynamic parameters of silty clay in a seasonally frozen region was assessed using a GDS dynamic triaxial test system. The strength parameters, dynamic elastic modulus, damping ratio, and other dynamic parameters of the so
Likewise, the FT-IR results revealed changes of functional groups at the same calcination temperatures. In addition, ICP-OES showed the effects of calcination temperature on elemental contents: major elements (Ca, P and K) increased in all samples, and some minor elements increased in blue ...
Generally speaking, in the study, for most reactions, the rate constants increase with the temperature in the canonical case and the total energy in the microcanonical case, and the anharmonic effect of these reactions is significant and should not be neglected in high-temperature combustion. In ...
Here, by providing a detailed molecular picture for the substeps within the power stroke of a single myosin II , we adapt the transitional state model21 to investigate the temperature effect on the chemomechanical regulation of several aspects of the power stroke. Our analysis suggests that the ...
These findings provide a new understanding of the thermal decomposition and reaction mechanisms of HMX under the coupling effect of temperature and varying pressures. Graphical abstract The reaction rate constant k of HMX in each system as a function of pressure. Download: Download full-size image...
This applies mostly to metals subjected to very low strain rate and stress levels, low enough as on the one hand, the Peierls barrier cannot be overcome solely by the applied stress; and on the other hand, that increasing the strain rate does not overtake the effect of temperature in ...