As the substrate misorientation angle increased from 0° to 15.8°, our results indicated a delayed formation of InAs QDs, which means an increased critical thickness.
The model correctly predicts a reduced critical temperature, an increased critical composition, and a lower miscibility with enhanced degree of branching, as observed in simulation and experimental studies.
Similarly, the minimization of the number of arithmetic operations may result in higher area saving at expenses of an increased critical path [3, 7 9, 15, 16].
This evolution revealed an increased critical thickness and a delayed formation of InAs quantum dots as the surface orientation departed from GaAs (100), which was explained by the thermal-equilibrium model due to the less efficient of strain relaxation on misoriented substrate surfaces.
In a recent report, Korn and coworkers showed that D. discoideum actin that was phosphorylated at Tyr-53 had an increased critical concentration, a greatly reduced rate of polymerization and a negligible nucleation activity [55].
It is particularly efficient in explicit dynamics which can be performed with an increased critical time step due to softening the response by the smoothing operator.
In the acute phase of ICH, anemia was associated with an increased critical threshold of brain oxygenation and progressive deterioration of cerebral hemodynamics.
Alternatively, other small-size mutants (e.g., rps0b Δ cells) are also born small but have an increased critical size threshold for initiation of division (Hoose et al. 2012).
Owing to a trend towards increasing critical serious adverse events after rFVIIa treatment (odds ratio, 1.67; CI, 0.50 5.47), the investigators cautioned that further clinical trials are required.
The results show that reinforcing a disk at the rim increases critical speeds drastically, and can cause buckling in mode (0,0) which occurs above the lowest critical speed.
