Sentence examples for scales for which from inspiring English sources

The proposed method is primarily useful for structures with a large number of self-similar scales for which using the usual finite element method would be too expensive.

The simulations presented here were carried out exclusively at energy scales for which the Wigner method is valid, allowing us to scale to much larger system sizes than we could in a full SLH-based quantum simulation.

The viewsheds examined in this study had large areal extents, large relief, extended depth, and naturalness, and may extend beyond the spatial scales for which view-quality concepts and preference relationships were developed.

They also suggest that conservation efforts aimed at promoting natives and reducing exotics should focus on the factors and scales for which such a response (i.e., promotion of high native and low exotic richness) can be expected.

In order to enlarge the set of boundary value problems on time scales, for which we can use the lower and upper solutions technique to get existence of solutions, we extend this method to the case when the pair lacks ordering.

As we have shown above, the characteristics of the fluctuations of CheR also determine the time scales for which power laws can be observed.

If the filmmaker, having            apprenticed in fables,             proposes a scale for which,he hopes, we're apt and if this bigger-than-a-breadbox slightly-            smaller-than-the-microwave is             just about the vista we can manage, let's agree to call it history, let's imagine we had somehow seen its face            in time.

The resilience to rotation and scaling is obtained using the synchronization mechanisms for rotation and scaling, for which an efficient template-matching algorithm has been devised.

The estimated lateral skin deformation for the coarse grating scale, for which the spatial surface period was 10 mm, exhibited a small peak at around 14 20 Hz.

Similarly, the skin deformation for the fine grating scale, for which the surface period was 2 mm, was predicted to concentrate up to 40 50 Hz.

The paper reports measured performance of single units at the kilowatt scale for which heat-exchanger effectiveness up to 70% has been achieved.