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Kinematics of massive star ejecta in the Milky Way as traced by $^26$Al
K. Kretschmer
, R. Diehl
,
Martin Krause
, A. Burkert
, K. Fierlinger
, O. Gerhard
, J. Greiner
, W. 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
33
Citations (Scopus)
15
Downloads (Pure)
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Keyphrases
Milky Way
100%
Massive Stars
100%
Ejecta
100%
Kinematics
100%
26Al
80%
Galactic
40%
Radial Velocity
40%
Spiral Arms
40%
Superbubbles
40%
Galactic Rotation
40%
Gamma-ray Lines
40%
Spectrometer
20%
Gas Flow
20%
Supernovae
20%
Chemical Enrichment
20%
Interstellar Medium
20%
Supernova Explosion
20%
Intergalactic Medium
20%
Halo
20%
Line-of-sight
20%
Evolutionary Model
20%
Interarm
20%
High Velocity
20%
Chemical Evolution
20%
Centroid
20%
Ionizing Radiation
20%
Disk Halo Size
20%
Galactic Halo
20%
Line Shape
20%
Bulk Velocity
20%
Interstellar Gas
20%
Doppler Shift
20%
Galaxy Center
20%
Doppler Broadening
20%
Spatio
20%
Mixing Time
20%
Decay Time Constant
20%
INTEGRAL Observatory
20%
Characteristic Scale
20%
Blowout
20%
Galactic Ridge
20%
Velocity Spread
20%
Gas Parameters
20%
Angular Momentum Transfer
20%
Intergalactic Gas
20%
Gasses
20%
Physics
Milky Way
100%
Ejecta
100%
Massive Star
100%
Supernovae
40%
Radial-Velocity Method
40%
Spiral Arms
40%
Superbubbles
40%
Galactic Rotation
40%
Gamma-Ray Lines
40%
Gas Flow
20%
Observatory
20%
Interstellar Matter
20%
Chemical Evolution
20%
Chemical Enrichment
20%
Intergalactic Medium
20%
Line of Sight
20%
Ionizing Radiation
20%
Angular Momentum
20%
Galactic Longitude
20%
Linewidth
20%
Galactic Halos
20%
Lineshape
20%
Interstellar Gas
20%
Intergalactic Gas
20%
Time Constant
20%
Momentum Transfer
20%
Doppler Effect
20%