The channel width sometimes approaches 1 kilometre and the flood plain 40 km.

The channels are formed in large metal forms that (usually) have a pre-determined channel width, depth, and slope.

This means non-coherent receiving with channel width of maximum 6 kHz.

The main device dimensions are the channel length, channel width, and oxide thickness.

Therefore, in a subcritical flow, as the channel width increases the depth also increases downstream.

It is inversely proportional to the channel width, and for a given die size, to the channel density.

The legends on the charts were found to indicate uniformly greater channel width than actually existed.

This radius is 2-3 times the channel width.

Boats up to a height of 6.0 meters can pass the bridge, with a channel width of 4.5 meters.

Changes in channel width are likely due to differences in the topography or substrate properties of the plains.