Sentence examples for increased activation energy from inspiring English sources
We never observed any intermediates in which two Br atoms had been removed from one C atom leaving the other dibromoolefin unit intact, which is explained by the increased activation energy for the second debromination of an olefin unit.
With the increase of temperature, the Ce(IV) yield, CE, and k increased (activation energy = 10.7 kJ/mol), but the specific electricity consumption decreased.
The proposed strategy was confirmed in experiments by the observation of a greatly increased reduced glass transition temperature, Trg = Tg/Tl (Tg the glass transition temperature and Tl the liquidus temperature), the increased the activation energy for crystallization, and the increased activation energy for diffusion.
The increased activation energy in presence of the inhibitor suggests that adsorbed polymer create a physical barrier to charge and mass transfer, leading to lower in corrosion rate [28].
We postulate that when Tcells also harbor the STK11-SNP, they can no longer sustain increased activation, energy supplies are diminished, and cell death ensues.
Whereas responses to 0.5M did not differ in released RRP size, and priming and unpriming were not affected, a markedly reduced fraction of the RRP was released by 0.25M stimuli in the null mutants, suggesting an increased activation energy for fusion in the absence of complexins.
Thin films showed increased activation energies of permeation.
During simultaneous cure of DGEBA and PPEGMA, network interlock must provide a sterically hindered environment, which subsequently increased activation energies and reduced cure rates for both DGEBA and PPEGMA.
Increasing activation energy leads to a higher energy barrier and as a consequence, a higher dislocation escape time.
Increasing activation energy was obtained for diamond powders of increasing sizes, and the critical pressure of the diamond to graphite phase transition decreased.
The difference between this reaction rate and the average reaction rate over the cross-section becomes increasingly significant with increasing temperature difference over the radius of the reactor and with increasing activation energy of the reaction(s).
