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culinary_services [2014/06/05 15:20]
warren
culinary_services [2014/06/05 15:20]
warren
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  {{ ::​cassa.png?​nolink&​200 |Observation of Cassiopeia A.  Green shows 44Ti distribution,​ blue is 28Si, and the red shows the Fe distribution. ​ (From Grefenstette et al 2014)}}  {{ ::​cassa.png?​nolink&​200 |Observation of Cassiopeia A.  Green shows 44Ti distribution,​ blue is 28Si, and the red shows the Fe distribution. ​ (From Grefenstette et al 2014)}}
-Observation of Cassiopeia A.  Green shows <​sup>​44</​sup>​Ti distribution,​ blue is <​sup>​28</​sup>​Si,​ and the red shows the Fe distribution. ​ (From Grefenstette et al 2014)+Figure: ​Observation of Cassiopeia A.  Green shows <​sup>​44</​sup>​Ti distribution,​ blue is <​sup>​28</​sup>​Si,​ and the red shows the Fe distribution. ​ (From Grefenstette et al 2014)
  
 Using simulations,​ we can use these observations to gain insight into the supernova environment. ​ By matching observed abundances, we can gain insight into the environment in which this nucleosynthesis must have taken place and in turn, the details of the explosion mechanism. ​ However, most core-collapse supernova simulations do not include sufficiently large reaction networks to simulate this nucleosynthesis. Using simulations,​ we can use these observations to gain insight into the supernova environment. ​ By matching observed abundances, we can gain insight into the environment in which this nucleosynthesis must have taken place and in turn, the details of the explosion mechanism. ​ However, most core-collapse supernova simulations do not include sufficiently large reaction networks to simulate this nucleosynthesis.
culinary_services.txt ยท Last modified: 2014/06/06 15:52 by long