Assertion: pulsar's pole | /r/HasProperty | magnetic
Facets:
Source sentences:
text: All the time the millisecond pulsar is accreting from the companion star, it emits a pulse of high-energy X-rays from its magnetic poles for every rotation.
text: Pulsars emit two beams of radiation from their magnetic North and South poles.
text: Pulsars are spinning neutron stars that have jets of particles moving almost at the speed of light streaming out above their magnetic poles.
text: The radiation from pulsars is thought to be primarily emitted from regions near their magnetic poles.
text: Since pulsars emit electromagnetic radiation from their magnetic poles, they can only be observed when the radiation beam is pointed toward the Earth.
text: Pulsars get their name because of the twin beams of radio waves they emit from their magnetic poles.
text: Pulsars emit twin beams of radio waves from their magnetic poles, flashing like lighthouse beacons
text: The radiation from pulsars is thought to be primarily emitted from regions near their magnetic poles.
text: Pulsars get their name because of twin beams of radio waves they emit from their magnetic poles as they rotate hundreds of times each second.
text: More specifically, pulsars have jets of particles moving at the speed of light streaming out of their two magnetic poles.
text: Pulsars are very small (for a star) and rotate very quickly, emitting strong and narrow beams of radiation from their magnetic poles.
text: Many or most neutron stars may be pulsars, but in the case of the pulsar one of its magnetic poles periodically faces the Earth as it rapidly rotates.
text: Pulsars get their name because of the twin beams of radio waves they emit from their magnetic poles.
text: Pulsars get their name because of the twin beams of radio waves they emit from their magnetic poles.
text: Pulsars get their name because of the twin beams of radio waves they emit from their magnetic poles.
text: Pulsars emit twin beams of radio waves from their magnetic poles, flashing like lighthouse beacons
text: Pulsars are rapidly rotating neutron stars that produce electromagnetic radiation in beams that emanate from their magnetic poles.
text: Pulsars are spinning neutron stars that have jets of particles moving almost at the speed of light streaming out above their magnetic poles.
text: Pulsars are rapidly rotating, highly magnetised neutron stars that emit radio waves from their magnetic poles that are, due to the star's rotation, observed on Earth as a string of pulses.
text: Pulsars are spinning neutron stars that have jets of particles moving almost at the speed of light streaming out above their magnetic poles.