Of these, the most successful has been the radial velocity method.

And we still have inward radial velocity of our own.

The radial velocity of a star is its motion toward or away from the Sun.

This made it possible for these to be looked at again using the radial velocity method.

The discovery was made by measuring the star's radial velocity.

In April 2000, a planet was discovered by radial velocity method.

This display of radial velocity represents the overall wind field.

Both groups detected this planet with the radial velocity method.

This planet was discovered in July 2009 using the radial velocity method.

It also has an unusually high radial velocity at 83 km/second.

Like majority of known planets, it was discovered using the radial velocity method.

However, this was ruled out by means of more accurate radial velocity measurements.

Radial velocity is how fast a star approaches or recedes from us.

He also studied the radial velocities of close binary stars.

The colors are the different radial velocities measured by the radar.

However, it is notable for introducing the study of celestial radial velocity.

After follow-up observations using radial velocity, the planet was confirmed.

However recent radial velocity independent studies rule out the existence of the claimed planet.

The discovery was made using the same radial velocity method used to detect the first planet.

The radial velocity measurements eventually led to the confirmation of Kepler-12b as a planet.

Like most planet candidates so far, it was detected with the radial velocity method.

One scale (far left) represents radial velocities in the base velocity image.

More accurate measurement of the radial velocity is needed to confirm this hypothesis.

The radial velocity measurements suggest two additional periodicities of 8.5 and 1340 days.

Moreover radial velocity variations would also hint two strong signals at 8.5 and 1340 days.