The phrase "a large width" is correct and usable in written English.
It can be used when describing the measurement or extent of something that has a significant width, such as an object, space, or area.
Example: "The table has a large width, making it suitable for accommodating several people comfortably."
Alternatives: "a wide width" or "a considerable width".
However, even in this case the separation occurs rather far away from the interaction point, leading to a large width of the synchrotron radiation fan generated by the deflection of the lower-energy electron or positron beam.
When the structure of the initial TB is incoherent, basal SFs are nucleated with one end being anchored at the moving TB. SFs subsequently grow along with the moving TB, resulting in SFs with a large width that may cross the whole twin.
In terms of accuracy, the major drawback of GEMMA happens when two (parallel) matches consistently compete along a large width (Fig. 22).
Then, numerous inclined cracks in the joint panel zone with a large width increased as the loading progressed, indicating shear failure of the joint panel zone.
But the SPP has quite high propagation loss, and therefore, the resonance dip has a large width which limits the resolution and sensitivity of plasmonic sensors [4 7].
The first design is used for thin film deposition, and the electrodes have a large width of 400 μm and a gap of 5 μm, as shown in Fig. 1a, 1b.
In the light of the fact that the structures of interest often have a large width-to-height ratio and that the two discretization approaches have different computational complexities, we propose exchanging the directions for spatial and spectral discretization.
In order to deal with the problem of increasing traffic congestion, this bridge is designed with a large width-to-span ratio, which results in significant shear lag effects and causes non-uniform stress distribution in the three-cell thin-walled box girder, especially along the flanges of the girder.
Sand deposits with a large width-to-depth ratio (sheet-like sandbodies) tend to be more connected in a realization, leading to less variable well production values in that realization.
The specimens are processed to different widths by three independent machining techniques: (1) laser-cutting, (2) mechanical cutting, and (3) extensive grinding from a larger width.
Additional process damping causes a reduction in chatter amplitudes as well as the subcritical instability to occur at a larger width of cut.
