Excerpts

As the cement alkali content decreases to 0.70%, the expansion rates of both types of rocks continue to show an increasing trend, with expansion rates reaching 0.22% and 0.32%, respectively.

The results obtained for Fe(III) and Sn(IV) ( p < 0.05) indicate the presence of an increasing trend as a function of time ( Figure 5 ).

Under the same moisture content, the shear stress of the soil sample shows an increasing trend with an increase in the degree of compaction, and the greater the compaction degrees, the greater the shear stress of the soil sample.

The current density initially drops to around 20%, but it subsequently displays an increasing trend compared to the initial value.

A clear trend of decreasing hardness in the edge areas of the wall can be seen, which is probably related to the slight microporosity present in those areas or the accumulation of more heat, which annihilates the dislocations present and reduces the hardening effect.

Detection of Optimal Moisture Content Table 4 summarizes the test results of optimal water content and maximum dry density of 7 types of concrete, and it can be clearly observed that the optimal water content shows a decreasing trend with the increase in the steel slag mixing ratio.

It can be seen from Figure 12 that the variation laws of the water loss rate of specimens with different media and dry shrinkage age are basically the same, indicating an increasing trend.

Moreover, the areas of the exothermic peaks of crystallization slightly increased from the BG toward the sample heat-treated at 600 °C and showed a decreasing trend for the samples treated at temperatures from 600 °C to 680 °C, especially for BG-680.

Results from the tests indicated that the alloy with Ge as the supplementary element for M1 had the lowest elastic modulus and specific modulus, while the elastic modulus of the designed alloys with M1 replaced by Ho, Zn, Ga, and Ag exhibited a decreasing trend in that order.

The microhardness exhibited first increases and then changes to a decreasing trend with the scanning speed.

Analysis of Corrosion Rate V corr In Scheme 4 , a clear trend of lower corrosion rates can be observed in elements that have not experienced any loss of reinforcement (yellow dots), and the carbonation coefficients tend to be higher, following the same trend as discussed in previous figures.

As the shear rate increased, the viscosities of the samples all showed a decreasing trend, indicating shear-thinning flow behavior.

The influence of the impact strength of biocomposites with fiber filler on the quality of products may be significant, especially in the context of products that are exposed to dynamic loads, such as impacts or vibrations.

The difference, although quite significant, is not statistically significant at the 0.01 level of significance due to the large scatter of partial results, which is typical for brittle materials.

When the coarse aggregate content ranges between 20% and 30%, the strength loss shows a decreasing trend.

We identified an increasing trend in the adsorption capacity with an increasing V micro /V external ratio.

The results show that the mechanical properties increased up to a fine aggregate proportion of 60:40; a decreasing trend has been observed at a proportion of 40:60.

CCK-8 and wound healing assay results showed an overall trend of cell proliferation over time.

With the same initial moisture content and freeze–thaw cycles, a clear trend developed: the lower the root content, the more prominent the reduction in the cohesion of the root-soil composite during the freeze–thaw cycles.

It should be noted, however, that this strengthening of the material, related to partial hardening, is accompanied by a simultaneous and quite significant reduction in ductility.

Such chain modifications as shown in Figure 8 via reaction A gradually promote network heterogeneity, resulting in a decreasing trend of both the modulus and tensile strength. 3.6.

The characteristic of femtosecond lasers, known as “cold processing”, is highly significant in micro and nanofabrication, as it effectively reduces thermal diffusion while processing.

Contrarily, the MRR demonstrated an increasing trend when a NaNO 3 electrolyte was used.

Conversely, when using a NaNO 3 electrolyte, the side gap showed a decreasing trend, whereas the front machining gap demonstrated an increasing trend, with an increase in laser power.

With the increase in crosslinking agent content, the number of cells in SRF gradually increases, and the overall size of the cells shows an increasing trend.