Sentence examples for growth pulse from inspiring English sources

Overall, the growth pulse of the internet will be approximately 40 years long.

The fabrication by ESED is accomplished on highly oriented pyrolytic graphite by applying three potential pulses in succession: an oxidizing "activation" pulse, a reducing "nucleation" pulse, and a reducing "growth" pulse.

Then, a growth pulse with an overpotential, η, of −20 to −250 mV was applied to grow the metal particles obtained in step 1 to the desired final diameter.

When a voltage pulse of −600 mV was used to nucleate silver nanoparticles and a growth pulse of −105 mV was applied to grow the particles, silver particles of 10 500 nm with varied density could be electro-generated on MWCNT surface.

Table 1 Summary of effects of laser conditions to tip growth Laser parameters Effects on nanotip growth Pulse width Short pulses yield narrow long tips Repetition rate Higher repetition rate promotes the growth of dense, oriented narrow nanotips Dwell time Longer dwell time increases the population of nanotips.

A specifically designed flow cell was used to acquire SAXS frames after different nucleation and growth pulses in a potentiostatic multiple pulse approach.

The effect of altering the overpotential of the potentiostatic transient, the use of both nucleation and growth pulses as well as the immobilisation of a spontaneously adsorbed monolayer of, 3-aminopropyldimethylmethoxysilane, is reported.

Instead, they are providing another possible explanation for the observation of growth pulses.

To test this hypothesis, they first need to calculate the distance the tips would have to move in the z-axis to generate the impression of growth pulses.

Whether or not growth pulses occur in all tip-growing species is still an area of debate among researchers (Sampson et al., 2003), although, as discussed by Money (2001), given the complex nature of the growth process, it is difficult to imagine that growth rates never vary.

The distances the cells would have to grow in the z-axis can then be calculated using Pythagoras's theory, as follows: Thus, the distances that the cells would need to move vertically in the z-axis to generate artifactual growth pulses are 0.59 μm for T. viride, 0.68 μm for S. ferax, and 4.4 μm for L. longiflorum.