Sentence examples for extraction delay from inspiring English sources
The crystals were illuminated with a nitrogen laser (337 nm, 3 ns pulse width), and released ions were extracted with an accelerating voltage of 20 kV in linear mode, and extraction delay times varied from 280 to 320 ns depending on the chosen mass range (m/z range of 2000 20,000).
In particular the concepts of extraction noise and extraction delay were introduced.
The extraction delay, a factor which is introduced when removing the reflector impulse response from the power cepstrum, has previously been estimated by a cross-correlation technique.
The statistical decay channels show an increase in the yield of daughter ions as a function of extraction delay in the range of 106 s−1.
On the other hand, the yields due to fast dissociation channels were observed to decrease as a function of extraction delay.
Here the importance of estimating the extraction delay accurately is emphasized by showing the effect of small spurious delays on the calculation of the normal impedance of a reflecting surface.
Twelve proposed interventions tested during the study period focused on 3 key drivers of delays: delayed dental evaluation and teeth extraction, delayed radiation oncology consults, and inadequate patient engagement.
The instrument was equipped with 50 Hz pulsed nitrogen laser (λ = 337 nm) and operated under delayed extraction conditions; delayed time 90-ns, and 25 kV accelerating voltage.
Third, it is presented a linear shortcut method by intervals based on Sovovà model; it predicts considering four extraction periods: delay, rapid extraction, slow extraction and depletion; delay time and solubility are evaluated using the 'tn' model.
Parameters such as extraction voltage, delay time, and correction pulse must be varied, however, to achieve optimum mass resolution over a broad mass range because the PE method is mass dependent.
The SAGE (Space-Alternating Generalized Expectation-maximization) algorithm was introduced for radio channel analysis by Fleury et al. [32, 33] for the extraction of delay and angle of arrival from narrowband and wideband signals.
