12
Observational Constraints on Neutron Star Crusts
12.1
Supernovae and the physics of hot dense inhomogeneous matter
12.2
Cooling of isolated neutron stars
12.2.1
Thermal relaxation of the crust
12.2.2
Observational constraints from thermal X-ray emission
12.3
r-process in the decompression of cold neutron star crusts
12.4
Pulsar glitches
12.4.1
Starquake model
12.4.2
Two-component models
12.4.3
Recent theoretical developments
12.4.4
Pulsar glitch constraints on neutron star structure
12.5
Gravitational wave asteroseismology
12.5.1
Mountains on neutron stars
12.5.2
Oscillations and precession
12.5.3
Crust-core boundary and r-mode instability
12.6
Giant flares from Soft Gamma Repeaters
12.7
Low mass X-ray binaries
12.7.1
Burst oscillations
12.7.2
Soft X-ray transients in quiescence
12.7.3
Initial cooling in quasi-persistent SXTs
http://www.livingreviews.org/lrr-2008-10
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