Models of pulsar glitches and postglich relaxation are reviewed. Implications for braking indices due to internal torques in the neutron star, and energy dissipation by internal torques are discussed. AU recent observations of pulsars with large (Vela pulsar like) glitches and second derivatives are seen to fit with the same glitch dynamics that the Vela pulsar exhibits. (C)1998 COSPAR. Published by Elsevier Science Ltd
11 pages, 6 figures, submitted to PRDInternational audienceGiant pulsar frequency glitches as detect...
Giant pulsar frequency glitches as detected in the emblematic Vela pulsar have long been thought to ...
Many pulsars are observed to \u2018glitch\u2019, i.e. show sudden jumps in their rotational frequenc...
Braking indices reported for pulsars with large glitches are in agreement with the models developed ...
This lecture summarizes the basic ideas on the dynamics of rotating superfluids in neutron stars (Se...
Almost all pulsars with anomalous positive ¨ measurements (corresponding to anomalous braking indi...
Many pulsars are observed to “glitch”, i.e. show sudden jumps in their rotational frequency ν, some ...
In this thesis, a review of the most prominent pulsar glitch mechanisms is presented. This includes ...
Large pulsar glitches seem to be common to all radio pulsars and to exhibit a universal behaviour co...
There are currently two well-accepted models that explain how pulsars exhibit glitches, sudden chang...
Abstract. One of the most remarkable properties of radio pulsars is their rotational stability which...
Neutron stars are the most compact known stars; their cores are of higher density than an atomic nuc...
Almost all pulsars with anomalous positive $\ddot \Omega $ measurements (corresponding to anomalous ...
Pulsars are spinning extremely rapidly with periods as short as about 1.4 milliseconds and delays of...
The relaxation observed by McCulloch, Hamilton, & Deshpande (1993) following the ninth observed glit...
11 pages, 6 figures, submitted to PRDInternational audienceGiant pulsar frequency glitches as detect...
Giant pulsar frequency glitches as detected in the emblematic Vela pulsar have long been thought to ...
Many pulsars are observed to \u2018glitch\u2019, i.e. show sudden jumps in their rotational frequenc...
Braking indices reported for pulsars with large glitches are in agreement with the models developed ...
This lecture summarizes the basic ideas on the dynamics of rotating superfluids in neutron stars (Se...
Almost all pulsars with anomalous positive ¨ measurements (corresponding to anomalous braking indi...
Many pulsars are observed to “glitch”, i.e. show sudden jumps in their rotational frequency ν, some ...
In this thesis, a review of the most prominent pulsar glitch mechanisms is presented. This includes ...
Large pulsar glitches seem to be common to all radio pulsars and to exhibit a universal behaviour co...
There are currently two well-accepted models that explain how pulsars exhibit glitches, sudden chang...
Abstract. One of the most remarkable properties of radio pulsars is their rotational stability which...
Neutron stars are the most compact known stars; their cores are of higher density than an atomic nuc...
Almost all pulsars with anomalous positive $\ddot \Omega $ measurements (corresponding to anomalous ...
Pulsars are spinning extremely rapidly with periods as short as about 1.4 milliseconds and delays of...
The relaxation observed by McCulloch, Hamilton, & Deshpande (1993) following the ninth observed glit...
11 pages, 6 figures, submitted to PRDInternational audienceGiant pulsar frequency glitches as detect...
Giant pulsar frequency glitches as detected in the emblematic Vela pulsar have long been thought to ...
Many pulsars are observed to \u2018glitch\u2019, i.e. show sudden jumps in their rotational frequenc...