Sentence examples for be seen that utilizing from inspiring English sources
According to experimental results and mechanism analysis, it can be seen that utilizing K2SiF6 particles as a template to fabricate the silicon MP/NW composite structure is a feasible method.
Comparing the data presented in the last two rows of Table 4, it can be seen that utilizing P2G helps to reduce wind power curtailment rate greatly, from 25.01% to 14.03%, which enhances the rate of renewable energy accommodation.
From this case study it can be seen that by utilizing the camb package, a model training task which might involve porting datasets between multiple different external tools can be simplified to a few lines of code in a reproducible fashion within the R language alone.
In conclusion, it can be seen that by utilizing advanced simulation methods together with the parallel computing features, reliability assessment of realistic models can be performed for reasonable computational costs.
It can also be seen that all SNP sources utilized in this study were more informative in taurine and composite breed cattle than in indicine and African cattle.
It can be seen that RV, the view that utilizes inter-view prediction and has the smallest frames, has the narrowest range of generalized dimensions D q, while LV and CV have similar but higher range of values.
It can be seen that distance to the obstacle estimated utilizing TTC-EO follows the true distance after 4.5 m, while the distance to the obstacle estimated utilizing TTC-OF decreases closer to 3 m.
It can be seen that the E500 steel can be utilized only at temperatures higher than approximately −55 °C, since it does not satisfy RMRS standard requirements below that temperature.
It can be seen that a polar amino acid was utilized by application of the binary code only once, specifically in variant SZ211 (L114H/I116 V) which leads to an enantioselectivity of 80%% ee in favor of (S,S -2.
From Figure 7, it can be seen that e-TICA results in the GW utilizing only one of its four radios.
It is seen that when μ d = 0.02 was utilized, the load-displacement curves and deformed shapes of tubes are similar to the experimental tests.
