- Number of Cepheids vs Age for MC Clusters
- NGC 330 finding chart
- NGC 330 field CMD
- NGC 330 cluster CMD
- NGC 300 Cepheid variable light curves
- NGC 330 LPV light curves
- NGC 330 Semi-regular and irregular variable light
curves
- Light curves for the eclipsing and binary
variables
- Evolutionary tracks for masses
M = 2.5, 3.5 and 5M
,
Y = 0.25 and Z = 0.004
- The SMC PL relation and PLC relation, with no overshoot
- The SMC PL and PLC relation with a large amount of
overshoot
- The Hα emission profiles of the binaries 66V and
77V
- NGC 1850 finding chart
- NGC 1850 field CMD
- NGC 1850 cluster CMD
- NGC 1850 Cepheid variable light curves
- NGC 1850 core finding chart
- NGC 1850 LPV light curves
- NGC 1850 Semi-regular variable light curves
- NGC 1850 RR-Lyrae variable light curves
- NGC 1850 dereddened Colour-Magnitude diagram
- Comparison of evolution mass and pulsation mass for NGC 1850
Cepheids
- Bump Cepheid models compared to HV905
- Light and colour curves for HV905
- The observed PLC compared with theory
- The K-logP relation for NGC 1850 LPVs
- The NGC 2058-65 field finding chart
- Finding charts for NGC 2059, 2058 and 2065
- The Colour-Magnitude diagram for the NGC 2058-65 field
- The Colour-Magnitude diagram for NGC 2058
- The Colour-Magnitude diagram for NGC 2065
- Light curves of the Cepheid variables
- The light curves of the Long-Period Variables
- Light curves for the unusual and eclipsing variables
- The NGC 2058-65 field with overlaid isochrones
- The reddening-independent P-L diagram for NGC 1850, NGC 1866
and NGC 2058-65
- The LMC Period-Luminosity diagram
- The NGC 2058-65 Period-Luminosity-Colour diagram
- Comparison of evolution and pulsation masses
- The NGC 2058-65 LPV K-logP diagram
- The LPVs in the (K0,logP) plane
- The I band amplitude distribution for the two LPV
sequences
- The NGC 1850 CMD with the LPVs and theoretical AGB tracks
marked
- The observations of LPVs compared with theoretical models in
the (K,logP) plane
- As for Figure 5.4 except that the first-overtone
period has been forced to fit the observed Mira (K,logP)
relation.
- Period-Luminosity diagram for 0.8, 1.0 and 1.5M
model
AGB stars
Kim Sebo
2008-06-20