Sentence examples for stable attenuation from inspiring English sources

Interestingly, the redox dynamics and its strong structural and chemical consequences were found to have only a moderate influence on the activity in DRM at 900 °C, but lead to a stable attenuation of carbon formation due to a lower fraction of graphitic carbon after DRM in a fixed-bed reactor.

Stable attenuation of GYS1 expression was achieved by selection of pooled cells infected with lentivirus expressing a short hairpin RNA directed to mouse GYS1.

Different degrees of stable attenuation appear to be attainable by different rearrangements.

Knowing how to engineer stable attenuation (permanent, low fitness) might lead to a vaccine more conducive to eradication.

Although fitness remained depressed after 200 previous generations of adaptation and might be construed to imply stable attenuation, fitness had nonetheless increased modestly after the rearrangement.

The recently described detection of micro RNA (=miRNA, miR) introduced yet another complexity to the value of qRT-PCR namely post-transcriptional modification of translation in which mRNA level is stable with attenuation of protein synthesis.

The use of genome rearrangement thus offers a practical mechanism of evolutionary stable viral attenuation, with some progress toward prediction.

The numerical results demonstrate that a significant, stable local noise attenuation of 20 32 dB can be obtained at lower frequencies (<500Hz) by two microphones, and 8 36 dB attenuation at frequencies up to 1000 Hz, when 8 microphones are used.

Then the desired mode-dependent fault detection filters are constructed in terms of linear matrix inequalities such that the fault detection systems are stochastically stable with H∞ attenuation level.

The problem we address is to design a robust state feedback controller which can switch with time-varying delay in terms of Markov process, such that the system is exponentially mean-square stable with disturbance attenuation γ.

For the robust H∞ control, attention will be focused on the design of a state feedback controller such that the resulting closed-loop system is robustly stochastically stable with disturbance attenuation level γ>0.