Sentence examples for on a faster time from inspiring English sources

"If we had ownership of the tunnels, this work would have taken place on a faster time line," said a Long Island Rail Road spokesman, Brian P. Dolan.

It is a fact that the movement of prey is on a faster time scale than the growth and the death.

A distinct advantage of studying noise in the nervous system is that activity runs on a faster time scale, thereby allowing more data to be gathered.

An improved stability of AuNPs by mixing HLM with the gold nanocolloid reveals that the stabilization via AuNP-HLM interactions may occur on a faster time scale than the salt-induced nanoaggregation by incubation in phosphate buffer.

This proved that colloidal stability was also found even if BSA (or HLM) and PBS were simultaneously added into the aqueous gold colloids (Figure 5h), suggesting that AuNP stabilization via protein (or biomembrane) adsorption onto the NP surface occurs on a faster time scale than the salt-induced particle aggregation and precipitation.

By applying the charging pulses the Fermi level E F of the 2DEG is in resonance with the highest p-level of the QDs and charge tunneling into the highest p-shell occurs on a faster time scale of about 1 ms. Afterward, the charge carriers relax into the lower QD states, which is well known to be of the order of ps for electrons in self-assembled QDs [21].

"I think at the Europeans it's a really strong field but hopefully that can push me on to a faster time.

The basic idea is that the solutionevolves on two different time scales: During the jumps up and down, thesolution evolves on a fast time scale, while during the silent and activephases, the solution evolves on a slow time scale.

Based on fluorescence recovery after photobleaching (FRAP) experiments we know that the Z-ring turns over on a fast time scale of 10 30 s [15], [16].

As we describe later, in our NAS model the onset of a spike occurs when the voltage begins to evolve on a fast time scale as a consequence of the cell's dynamics, and without bounds, in the subthreshold regime.

This is particularly true for labeling experiments in live animals, in which reagent concentrations are limited (i.e., n m to low μ m), or in which the process that is probed occurs on a fast time scale.