Sentence examples for mixtures at all from inspiring English sources

Table 2 Surface resistivity of different mixtures at all ages.

Open image in new window Fig. 6 Distribution of experimental surface vs. bulk resistance for all mixtures at all ages.

However, any further increase up to 20% substitution of cement with the supplementary cementitious materials decreased the strength values and elastic modulus of the mixtures at all ages.

The more abundant production of C3 precursors explains the higher concentrations of benzene in the i-butane pyrolysis, while the higher laminar burning velocities of n-butane/air mixtures at all investigated pressures are mainly attributed to the easy production of H atom from n-butane decomposition and the dominance of the reactive C2 chemistry.

So, why sell these mixtures at all? Jon Zibbell, who works with Kral at RTI as a senior public health scientist and frequently interviews opioid users, told me that although many people might like to mix coke or meth or heroin in a single shot, users almost always prefer to do the mixing on their own the market for pre-mixed "speedballs" has never been a major one.

ΔGex was negative for all OA mixtures at all the surface pressures studied (Fig. 3b), indicating that there are preferential interactions between OA and SC lipids compared with their intra-species interactions.

Generally, the sufficiently higher values than 0.8 W/mK of thermal conductivity were obtained as shown in Fig. 8 for all CLSM mixtures at any curing age.

In addition, the internal positive control primer pair C3 and C5 was included in all reaction mixtures at a concentration one-fifth that of the allele- and group-specific primers.

From Figs. 4, 5 and 6 it can be seen that abrasion resistance of both HVFA and HVFA blends concrete mixtures was lower than that of the F0 mixture at all ages.

On the other hand, when aggregate was replaced with fly ash, increasing the fly ash content increased the strength values of the mixture at all ages compared to these of the control specimen.

Results indicate that, whereas i-octane is more reactive than n-octane in the mixture at all C/O feed ratios, n-decane is more reactive than n-hexadecane in the mixture only at ratios leaner than the syngas stoichiometry (based on the mixture) and this trend reverses as the C/O feed ratio increases.