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Direct measurements of carbon and sulfur isotope ratios in the Milky Way
Y. T. Yan
, C. Henkel
,
C. Kobayashi
, K. M. Menten
, Y. Gong
, J. S. Zhang
, H. Z. Yu
, K. Yang
, J. J. Xie
, X.Y. Wang
Centre for Astrophysics Research (CAR)
School of Physics, Engineering & Computer Science
Department of Physics, Astronomy and Mathematics
Research output
:
Contribution to journal
›
Article
›
peer-review
49
Citations (Scopus)
35
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Keyphrases
Milky Way
100%
Carbon Isotopes
100%
Sulfur Isotopes
100%
Isotope Ratio
100%
Direct Measurement
100%
Galactic Chemical Evolution
50%
Ejecta
50%
Chemical Evolution
50%
Abundance Ratios
50%
Star Forming Regions
50%
Accurate Distance
50%
Linear Fit
50%
Solar System
50%
Isotopologs
50%
Central Molecular Zone
50%
Transition Line
50%
High-mass Stars
50%
Parallax
50%
Galactic Center
50%
Galaxies
50%
Stellar nucleosynthesis
50%
Evolution Model
50%
Saturation Effect
50%
Physics
Abundance Ratio
100%
Milky Way
100%
Chemical Evolution
100%
Sulfur Isotopes
100%
Galactic Center
50%
Ejecta
50%
Star Forming Regions
50%
Parallax
50%
Stellar Nucleosynthesis
50%
High-Mass Stars
50%