1.Regarding the gas temperature, I noticed that there is a floor at approximately (Log) 3.9–4 K. Would this affect studies of the cold-gas physics? In other words, if I aim to investigate the properties of cold gas, would it be necessary to apply additional treatment to this component?
2.Since wind particles are decoupled, does this imply that measurements of inflows or outflows within small radii may not be very accurate? My concern is that, in such regions, the wind particles have not yet released their energy, whereas in reality the gas in this region should still be influenced by stellar feedback.
3.How can tracers be accessed in JupyterLab? Given that I only have 10 GB of memory, I am unable to use loadSubset method to call all of PartType3. In addition, is there a detailed article or documentation that provides a comprehensive explanation of tracers?
Hi Nelson !
I would like to ask a few questions:
1.Regarding the gas temperature, I noticed that there is a floor at approximately (Log) 3.9–4 K. Would this affect studies of the cold-gas physics? In other words, if I aim to investigate the properties of cold gas, would it be necessary to apply additional treatment to this component?
2.Since wind particles are decoupled, does this imply that measurements of inflows or outflows within small radii may not be very accurate? My concern is that, in such regions, the wind particles have not yet released their energy, whereas in reality the gas in this region should still be influenced by stellar feedback.
3.How can tracers be accessed in JupyterLab? Given that I only have 10 GB of memory, I am unable to use loadSubset method to call all of PartType3. In addition, is there a detailed article or documentation that provides a comprehensive explanation of tracers?
Thank you for your help and best wishes!
Zhang