Sentence examples for westward speed from inspiring English sources

The flows with westward speed over 150 200 m/s show the correlation between SYM-H and MLAT.

The criteria for choosing westward flows are as follows: (1) The westward speed is over 10.0 m/s.

Arrows a show the horizontal wind deviation from a pure solid-body rotation with a westward speed of 100 m/s at the equator.

Because the flow is dominated by superrotation, we show with arrows the deviation from a pure solid-body rotation with westward speed of 100 m/s at the equator (i.e., (left[ {u + 100cos varphi, v} right]) m/s, where (u) and (v) are zonal and meridional velocities, and (varphi) is latitude).

As expected from the correlation, the wind estimates at the two wavelengths shown in Figs. 2 and 3 generally agree well with each other, but 283-nm winds often exhibit faster westward speeds.

As noted in G12 and C14, the (westward) propagation speed of equatorial long RWs is three times smaller than the (eastward) propagation speed of equatorial KWs [see the dispersion relation (12)].

As noted in G12 and C14, the (westward) propagation speed of equatorial long RWs is three times less than the (eastward) propagation speed of equatorial KWs [see the dispersion relation (12)].

However, during 0403:50 0404 30 UT, the westward propagation speed of the brightest spot is ~2 km/s.

The westward wind speed increased to a peak value of 75 m/s and the equatorward wind enhanced to a peak value of over 100 m/s.

In the Northern hemisphere, when the current system passes over America, its westward drift speed is reduced and the LT of its focus increases.

Among the four wavelengths he used (270, 365, 550, and 935 nm), the 270-nm polarization features suggested the highest westward wind speed.