Sentence examples for realize coherence from inspiring English sources

From Figs. 4 and 5, it can be concluded that it is possible to realize coherence transfer and coherence distribution by using other sequences and amplitudes of pump and tunneling pulses.

To compare the ways that the source and target texts realize coherence, the study will elaborate how the two English target texts handle the transference of coherence and how they are different from the Chinese source text and from each other based on the different properties of systemic functional linguistics.

The object of study is therefore not whether they are coherent or not, or to what extent they are coherent, but how they differ in realizing coherence.

The writer of the Chinese novel builds up a coherent text with comparatively implicit ways of realizing coherence; while the translators create more explicit English target texts in the manifestation of coherence.

The analysis of cohesive chains and clause complexity reveals the patterns of realizing coherence in the text.

The logical environment of the cohesive chains is manifested by the clause complexity and taxis and logico-semantic types in clause complexes, revealing not only the methods of realizing coherence in the ST and TTs but also the different translators' styles.

Given the slight difference of the clauses with relevant tokens in the TT1 and TT2, 79.82 and 82.39%, respectively, Hawkes' version is more explicit than Yang's in the construction of structure that realizes the coherence of the text.

As a result, the English texts are more explicit than the Chinese text in the construction of texture, because in English TTs more clauses take part in realizing the coherence of the text.

In other words, in building up the structure that realizes the coherence of the text, the ST is comparatively implicit while the two TTs are relatively explicit; the ST contains less relevant tokens than the TTs.

Not only the decrease of Lyapunov function is fastened, the optimization of control time is realized and the coherence is protected, but also the high-frequency oscillation that occurs in bang-bang control is effectively avoided.

The second one was that we employed two optical circulators in the system design to realize a Mach-Zehnder type low-coherence interferometer.