SLIDE 1
Mass-luminosity relation from
- bservational data
𝑀 ∝𝑁↑3 Swinburne University of Technology
1
Mass-luminosity relation from
- bservational data
𝑀 ∝𝑁↑3
2
3 Swinburne University of Technology 1 Mass-luminosity relation - - PowerPoint PPT Presentation
3 Swinburne University of Technology 1 Mass-luminosity relation - - PowerPoint PPT Presentation
Mass-luminosity relation from observational data 3 Swinburne University of Technology 1 Mass-luminosity relation from observational data 3 Log L/L Log M/M 2 Hertzsprung- Russel diagram
SLIDE 2
SLIDE 3
Hertzsprung- Russel diagram
ESO
3
𝑀 ∝𝑈↓eff↑6
SLIDE 4
Hertzsprung- Russel diagram from GAIA
𝑀 ∝𝑈↓eff↑6 ESO
4
Gaia color <- bluer redder -> Gaia absolute magnitude Luminosity (L ⊙) Surface temp. (K)
SLIDE 5
Main sequence lifetimes versus mass
𝜐 ∝𝑁↑−2 ESO
5
SLIDE 6
HR diagram of a cluster of stars, all stars formed simultaneously
6
Star Color Star absolute magnitude
SLIDE 7
HR diagram of a cluster of stars, all stars formed simultaneously
Adam Block
7
SLIDE 8
Main sequence turn off points of different clusters
8