Sentence examples for speed to approximately from inspiring English sources
A slow stirring (approximately 50 rpm) during stage II favors the formation of Au20 SC2H4Ph 16, while a slightly higher speed of stirring (approximately 100 rpm) favored the formation of Au24 SC2H4Ph 20, and with further increased speed to approximately 400 rpm, we obtained new clusters of Au39 SC2H4Ph 29 and Au40 SC2H4Ph 30.
No significant changes to the machinery were made during the conversion process to any of the three ships, but their increased displacement reduced their speed to approximately 30 kn.
Recently, using OLR and surface wind observations, Yu et al. ([2011]) calculated the MJO anomaly phase speed to be approximately 4.7 m/s resembling the present finding.
The maximum non-seizure load (P B ) was measured according to GB3142-82 (ChiNational Standardndard: spindle speed 1,400 to approximately 1,500 rpm, testing time 10 s).
It was reported that gratings of 70-nm lines were achieved using UV R2R NIL, with an imprint speed up to approximately 1,400 mm/min.
Consequently, step period varies inversely with average speed up to approximately 30 mm/s, when step period reaches a steady state of about ∼60 ms, corresponding to a frequency of 16 cycles per s.
Some will be "standard pressurized tunnels with electric skates going 125+ mph," while others will "use pressurized pods in a depressurized tunnel to allow speeds up to approximately 600+ mph (aka Hyperloop)." The news comes at a time when Hyperloop is starting to look a little less like a crushing disappointment and more like a technology that could, one day at least, work.
The micro-object was transported along various trajectories (Fig. 7e) and at various speeds up to approximately 90 μm/s (Additional file 4: Video S3).
On August 2010 Toyota began sales of an onboard device designed to automatically emit a synthesized sound of an electric motor when the Prius is operating as an electric vehicle at speeds up to approximately.
The results reported in this paper show that the flame base propagation speed is up to approximately four times of the one-dimensional stoichiometric flame speed of the fuels used, depending on where the propagation front is defined.
We consider moderate submergence and speed, permitting us to approximately neglect effects of breaking waves and cavitation, and linearize the free-surface boundary conditions and the trailing vortex wake dynamics.
