"timescale on which" can be used correctly in written English
It is used to refer to a specific period of time in which something must be done. For example, "We must complete this project within the timescale on which we agreed."
By manipulating the integration constant and computing the specificity of patterns, one can identify the optimal timescale on which information is best encoded, i.e., the optimal timescale for a given set of stimuli.
Ten uninterrupted years in Super League seems a reasonable timescale on which to judge a club's progress.
"Our manifesto will set out what we consider are the circumstances and the timescale on which a second referendum might be appropriate, but we can only propose," Ms Sturgeon said.
"Our manifesto will set out what we consider are the circumstances and the timescale on which a second referendum might be appropriate, but we can only propose," she said.
The reason it's worth working to clarify what's going on is that a lower climate sensitivity could substantially expand the timescale on which decarbonization of humanity's energy menu would need to take place to blunt climate change.
One is that it varies a lot naturally and the period over which there are good global climate records is short compared with the timescale on which some of that variability plays out.
For both models, we performed nondimensionalization to identify possible groupings of variables into classes corresponding to they timescales on which they evolve.
Not only are processes within each of these fundamental divisions of the planet involved in determining its rotational state, but the timescales on which measurable interactions occur extend from milliseconds to hundreds of millions and even billions of years.
Based on the above analysis, we summarize the different timescales on which v evolves in Fig. 15, where the yellow circle indicates the transition point between the slow and superslow timescales that occurs as the trajectory reaches a small neighborhood of (mathscr {M}_{ss}) as it evolves along the lower-v surface of (mathscr {M}_{s}).
Since the inclinations are damped by planetesimal interactions on timescales much shorter than the timescales on which the spins precess due to the torques from the Sun, especially for Uranus and Neptune, the obliquities should return to small values if they are small before the encounters.
While many advances have been made in the last decade, processor speeds limit the timescales on which biomolecules can be simulated using explicit representations of aqueous solvent to the sub-microsecond timescale far below the threshold of most interesting biomolecular events.
