33.4 the helium flash
33.5 numerical results for the helium flash
33.6 evolution after the helium flash.
33.7 evolution from the zero-age horizontal branch

part vii late phases of stellar evolution

34 evolution on the asymptotic giant branch
34.1 nuclear shells on the asymptotic giant branch
34.2 shell sources and their stability.
34.3 thermal pulses of a shell source.
34.4 the core-mass-luminosity relation for large core masses.
34.5 nucleosynthesis on the agb
34.6 mass loss on the agb
34.7 a sample agb evolution
34.8 super-agb stars.
34.9 post-agb evolution

35 later phases of core evolution
35.1 nuclear cycles
35.2 evolution of the central region

36 final explosions and collapse
36.1 the evolution of the co-core
36.2 carbon ignition in degenerate cores
36.2.1 the carbon flash
36.2.2 nuclear statistical equilibrium
36.2.3 hydrostatic and convective adjustment
36.2.4 combustion fronts.
36.2.5 carbon burning in accretingwhite dwarfs
36.3 collapse of cores of massive stars
36.3.1 simple collapse solutions
36.3.2 the reflection of the infall
36.3.3 effects of neutrinos
36.3.4 electron-capture supernovae
36.3.5 pair-creation instability
36.4 the supernova-gamma-ray-burst connection

part viii compact objects

37 white dwarfs
37.1 chandrasekhar's theory
37.2 the corrected mechanical structure
37.2.1 crystallization
37.2.2 pycnonuclear reactions
37.2.3 inverse ˇ decays
37.2.4 nuclear equilibrium
37.3 thermal properties and evolution of white dwarfs

38 neutron stars
38.1 cold matter beyond neutron drip
38.2 models of neutron stars
39 black holes part ix pulsating stars

40 adiabatic spherical pulsations
40.1 the eigenvalue problem.
40.2 the homogeneous sphere
40.3 pulsating polytropes

41 non-adiabatic spherical pulsations
41.1 vibrational instability of the piston model
41.2 the quasi-adiabatic approximation
41.3 the energy integral
41.3.1 the _ mechanism
41.3.2 the " mechanism
41.4 stars driven by the _ mechanism: the instability strip
41.5 stars driven by the " mechanism.

42 non-radial stellar oscillations
42.1 perturbations of the equilibrium model
42.2 normal modes and dimensionless variables
42.3 the eigenspectra
42.4 stars showing non-radial oscillations

part x stellar rotation

43 the mechanics of rotating stellar models
43.1 uniformly rotating liquid bodies
43.2 the roche model
43.3 slowly rotating polytropes.

44 the thermodynamics of rotating stellar models
44.1 conservative rotation.
44.2 von zeipel's theorem.
44.3 meridional circulation
44.4 the non-conservative case.
44.5 the eddington-sweet timescale.
44.6 meridional circulation in inhomogeneous stars

45 the angular-velocity distribution in stars
45.1 viscosity
45.2 dynamical stability
45.3 secular stability
references
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