Sentence examples for be seen from comparing from inspiring English sources

The adjustable doping concentration can significantly change the behavior of semiconductor, as can be seen from comparing the three samples of InSb.

As can be seen from comparing the variance components of model 1 (Table 3) to the mentioned components of the empty model, composition effects indeed explain an important share of the initial variance in scientific performance.

As can be seen from comparing Tables 3 and 4, the average levels of these four compounds in the maternal and indoor air samples were similar.

Interestingly, the sharper resonances observed in the two Nt-KH1 constructs belonged to KH1, as it can be seen from comparing the spectra with those of the isolated KH1 domain [ 23].

This can be seen from comparing the structures of lc apo DHFR and its ternary complex DHFR.TMP.NADPH where superimposition of each individual helix results in fairly small rmsd values (for helices C, E, and F the RMSDs are 0.18, 0.12, and 0.11 Å, respectively).

As can be seen from Figure 5, comparing the spot for SL exp.

As can be seen from Table 7, compared with FLS, GFLS, SY, HBS, ADFLS and IDFLS, the performance of FRBF Network approach improves substantially when the CPU time is increased.

As can be seen from the figure, compared to the originally-presented case where the channel length is 3 (marked as case 1), there is an obvious performance degradation of the proposed schemes for the severe case 2. The reason can be explained according to the estimation theory [36] that when the channel length increases, more parameters need to be estimated, which leads to a decreased performance.

As can be seen from Table 5, compared with the results obtained by SemRep method, our method significantly improves the number and proportion of effective linking terms.

It can be seen from the figure, by comparing the P/C ratio for pulmonary products with the 24-h retention values from the calibration, that the fraction of the total lung dose deposited in the periphery varies from around 0.4 to 0.6.

This can be seen from Figure 3 by comparing the fitness averages of simulated lines (green or blue solid lines) vs. the corresponding predictions (black solid lines) for L = 1.