The phrase "a much larger time" is not standard in written English and may sound awkward.
It could be used in contexts discussing durations or periods, but it would be clearer to specify what is being compared or measured.
Example: "The project took a much larger time than we initially anticipated."
Alternatives: "a significantly longer time" or "a considerably greater time".
But Google's tool is an example of data analysis over a much larger time scale — an approach called "Long Data" — to find and follow cultural shifts.
The surface adsorption of water vapor is very rapid but the absorption inside the porous urea particle is slowed by a very low internal effective diffusion coefficient within the particles whereas the very low Biot number for heat transfer in the particles implies a complete thermal interaction with the air flow throughout each particle and a much larger time constant.
It is shown that the use of a time step Δt slightly smaller than the critical one (Δt c given by numerical stability allows to periodically take a much larger time step (stride) that speeds-up the advance in time in a numerical stable scheme.
Further, the "optimal" environmental steering (i.e., without the residual ) is applied to the user at a much larger time scale.
These control actions do not substantially affect the behaviour of the aggregation as far as controllability is concerned, since they act on a much larger time scale.
Another important point worth noting here is that a contaminant released at a relatively larger distance from a stream or channel may require a large time to actually reach the stream and thus may remain inert in the subsurface for a much larger time as compared to a contaminant being released close to the stream.
Although hurricane season typically encompasses a much larger time-span, actual activity was confined to the middle of September.
We believe our analysis has some advantages over that of Urrutia et al. [20]; we study expression divergence over a relatively short timescale and correlate this to the numbers of new TEs, of three different types, in both lineages; Urrutia et al. [20] look at ED over a much larger time-scale and they only consider new TE insertions of one type along one lineage.
The partially implicit method allows much larger time steps than an explicit method with negligible added effort.
As a more simplified representation of the system is used, much larger time steps are possible, and therefore the effective length of the simulations is dramatically extended.
We demonstrate that this modification allows for more accurate solutions with much larger time steps for problems with opacities that have a strong temperature dependence.
