The phrase "a decrease in critical" is not complete and lacks context, making it difficult to assess its correctness in written English.
It could be used in contexts discussing a reduction in critical factors, elements, or assessments, but it needs additional information to clarify its meaning.
Example: "There has been a noticeable decrease in critical thinking skills among students over the past few years."
Alternatives: "a reduction in critical" or "a decline in critical".
The investigation suggests that an increase in the non-dimensional axial restraint ratio and column load levels lead to a decrease in critical temperatures.
A critical radiation level based on the useful exergy gain is also presented and it is drawn that the greater number of PV panels would cause a decrease in critical radiation level.
For composites with rectangular in-plane periodicity of fibers, we observe that the cooperative buckling mode develops in the direction, where the fibers are close to each other; and an increase in the periodicity aspect ratio leads to a decrease in critical wavenumber and critical strain.
Dilute impurity doping to the CuO chain not only enhances flux pinning by lattice deformation but also results in a decrease in critical temperature (Tc) [24].
This is in line with the findings from the rheometer which showed that increasing equimolar concentration leads to a decrease in critical shear rate (Fig. 4) which corresponds to a lower flow rate in permeable flow (Eq. 4).
Prestress leads to a decrease in the critical corrosion loss at the three stages.
This indicates that CuPc doping causes a decrease in the critical frequency.
(2) With an increase in the PVI of a porosity-permeability formula, there is a decrease in the critical CDDC number of the water-rock reaction system.
The channel dimensions also play a role in the hydrodynamic behavior, since the reduction of the channel width and distance between successive channels leads to a decrease in the critical flow rates.
Increasing the surface roughness results in a decrease in the critical load for crack initiation during loading, and in the suppression of fracture modes during unloading from high loads.
The RT aging effect is suppressed by increasing the annealing temperature, due to the annihilation of lattice defects or non-equilibrium vacancies introduced during cold rolling, which are responsible for accelerating the diffusion process, however, superelasticity is reduced by annealing at higher temperatures, due to a decrease in the critical stress for slip deformation (σCSS).
