Sentence examples for half orbit from inspiring English sources

Civet and Tarits (2013) derived a proxy representative of the temporal variability of the external source directly from satellite data, averaging components of the magnetic field over half orbit.

With these criteria (half orbit of more than 500 samples and gaps less than 4 to 5 h) six continuous time windows of 125 days and two time windows of 210 days were obtained (Figure 1).

For each polar portion of a satellite half orbit, the measurements are treated as a series B i (r), where r represents the location of the ith magnetic component (vertical, north, east, or scalar).

In this part, we arbitrarily select a point Q ≠ O and Q is not in any of the stable manifolds, then the positive half orbit through the point Q will run out of this part or Ω Q is a closed orbit or a singular closed trajectory, where Ω Q is a positive limit set of  L Q.

After one and a half orbits, the S-IVB third-stage engine pushed the spacecraft onto its trajectory toward the Moon with the trans-lunar injection (TLI) burn at 16:22:13 UTC.

Photons returning after one-half orbit would create a sharp outer ring.

In practice, each magnetic field component was averaged every half-orbit containing more than 500 data points.

In detail, for the case of the CHAMP mission, which takes approximately 45 minutes to complete a half-orbit, this MATLAB routine produces 32 figures per day.

Now, by the Arzéla-Ascoli theorem we know that every positive half-orbit of Φ: (gamma^{phi}={Phi(t phi: tgeq0}) is precompact.

Denote by (omega phi)) the omega limit set of the positive half-orbit (gamma^{phi}={Phi(t phi: tge0}) and (X_{partial}={phiinpartial X_{0}: Phi(t phiinpartial X_{0},tge0}).

wavelet power spectra of the total magnetic field for each half-orbit (i.e. as the satellite flies from a geomagnetic latitude of −90° to +90°) are produced as output.