Excerpts

Influence of Surface Coverage on Rheological Behavior For aqueous suspensions, a clear trend is evident in Figure 8 a: higher surface coverage leads to lower viscosity.

As the temperature increases, the yield strength and tensile strength of the joint exhibit a decreasing trend.

The planar 25-bar truss uses bars grouped by sector, but even here, there is a clear trend of sizing and shape results differing by approximately 20–30% in the range of 2–5 bar groups and sizing results differing by about 50–53% for sizing.

The overall transparency estimate demonstrated an average effect size of 0.288 (95% CI: −0.028–0.604), indicating a positive trend toward improved transparency across the materials analyzed.

According to the data presented in Figure 8 , when NZ-Ag + was used as a filter material, a decreasing trend of 222 Rn activity in the system was also obtained.

Due to the importance of adequate reporting quality for understanding and replicating research, an increasing trend in citation rate with higher reporting quality was expected.

The relative amplitude of the defect echo shows an increasing trend from 1 MHz to 2.25 MHz, and the relative amplitude of the defect echo corresponding to the 2.25 MHz frequency is the largest.

In the linear viscoelastic region (LVR) at small strains (<0.1), G′ remains relatively stable, with a clear trend of increasing stiffness as the glass bead concentration increases.

Additionally, we identified positive and highly significant correlations between Ni content and Cu, Mn, and Co; between Cu content and Mn and Co; and between Mn content and Co.

A P-value less than 0.05 is considered significant, less than 0.01 is highly significant, and less than 0.001 is extremely significant.

Across all three rotation speeds, the I D /I G ratio exhibits a decreasing trend with prolonged growth time, though a sudden increase occurs at 15 min.

As shown in Figure 4 , no significant differences in I D /I G were observed among CNTs prepared with varying Ni contents, while the CNT yield exhibited an increasing trend with higher Ni catalyst loading. 3.3.

The plastic viscosity of the fresh mortar was 0.726 Pa·s, which demonstrated a decreasing trend.

However, with increased disulfide bond density, the shape fixation rate of the materials showed a decreasing trend.

Overall, the disruptive effect of Al atoms on As-As bonds is highly significant.

After tempering at 200–800 °C, the hardness of the 1Cr13 specimens showed a trend of first increasing, then significantly decreasing and finally rapidly increasing with the increase in the tempering temperature, while the hardness of 2Cr13 showed a consistent decreasing trend, after tempering at 200–770 °C, with the increase in the tempering temperature.

Consequently, the mass change rate remains positive but exhibits a decreasing trend.

In general, there was a decreasing trend in bacterial survival with increasing GO@PEI-PFIL-Ag + /Ag/AgBr concentration, contact time, or both.

Experimental results demonstrated that within the aging temperature range of 480–620 °C, matrix dislocations consistently maintained non-uniform distribution characteristics, though their regional heterogeneity exhibited a decreasing trend with increasing temperature.

During the plastic deformation process, both the yield strength and tensile strength of 6061 aluminum alloy decrease with increasing strain rate, while the plastic elongation shows a decreasing trend as the strain rate increases.

The elongation (δ) generally shows an increasing trend followed by a decrease with extended solution treatment times, reaching a maximum value of 11.71 at 120 min.

From Table 2 , it can be seen that the P max value continued to increase with the increase in the sintering temperature while the E c value showed a decreasing trend.

The compressive strength with the increase in moisture content showed a trend of first increasing, then decreasing, and then increasing, indicating that the moisture content had a certain effect on the compressive strength of the material; the changes in the aggregate–binder ratio and calcium carbonate content did not have a significant effect on the uniaxial compressive strength.

The potential difference between the cathode area and the anode area showed a trend of first increasing and then decreasing with time, and the conclusions obtained are consistent with the study of Juxin Fang [ 27 ]. 4.

After the T4 treatment, the solid solution amount of Cu in the matrix showed a trend of first increasing and then remaining stable.