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Chemical evolution of the juvenile universe
G. J. Wasserburg,
Y. Z. Qian
Physics and Astronomy (Twin Cities)
Research output
:
Contribution to journal
›
Article
›
peer-review
5
Scopus citations
Overview
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Keyphrases
Chemical Evolution
100%
R-process
100%
Charged Particle Reactions
100%
Hypernova
100%
Low-mass
75%
Massive Stars
50%
Third Component
50%
Process Element
50%
Neutron Stars
50%
Two-component Model
50%
Low Metallicity
25%
Galactic
25%
Chemical Abundances
25%
Interstellar Medium
25%
Initial Mass Function
25%
Atomic number
25%
Three-component Model
25%
Abundance Trends
25%
Type II Supernovae
25%
Neutrino-driven Wind
25%
Nascent Stage
25%
All Elements
25%
Physics
Charged Particle
100%
Hypernovae
100%
Chemical Evolution
100%
Massive Star
50%
Neutron Stars
50%
Chemical Abundances
25%
Interstellar Matter
25%
Black Holes
25%
Type II Supernovae
25%
Initial Mass Function
25%
Metallicity
25%
Earth and Planetary Sciences
Chemical Evolution
100%
Charged Particle
100%
Massive Star
50%
Neutron Stars
50%
Metallicity
25%
Supernovae
25%
Interstellar Medium
25%