Normal chemistry therefore has little or no relevance in stellar interiors.
2.
The study of stellar interiors using their pulsations is asteroseismology.
3.
He also contributed to accurate astrophysical models of stellar interiors.
4.
In stellar interiors the temperatures are very high.
5.
This means that their abundances depend strongly on how much mixing occurs in stellar interiors.
6.
In astrophysics, barotropic fluids are important in the study of stellar interiors or of the interstellar medium.
7.
Post-AGB evolution generally involves dramatic mass loss, sometimes leaving a planetary nebula, and leaving an increasingly hot exposed stellar interior.
8.
His work on the theory of stellar interiors included studies of stellar rotation and stability and the derivation of the " Rosseland mean opacity ".
9.
Analyzing these modes is thus a way of probing stellar interiors to infer stellar chemical composition, rotation profiles and internal physical properties such as temperatures and densities.
10.
The ephemeral furnace did what ordinary stellar interiors cannot : forged elements heavier than iron _ for such things can be constructed only in the fantastic but temperamental temperatures of a supernova.
मोबाइल