How Does Heat Transfer Occur in Neutron Stars?

AI Thread Summary
Heat transfer in neutron stars primarily involves conduction, convection, and radiation, with a focus on atomic interactions. In neutron stars, the dense packing of particles suggests that thermal conductivity may be higher than in regular materials due to the close proximity of particles. The conduction mechanism is influenced by the types of forces holding the particles together rather than electron shell parameters. This unique environment alters the typical understanding of heat transfer as seen in conventional materials. Overall, the dense nuclear composition of neutron stars significantly impacts their thermal properties.
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Not sure where to put this post, care more about what's happening on atomic scaI le so i put it here.

I am currently taking Heat transfer for engineers and we were discussing the mechanicals for heat transfer, conduction, convection, raditation. In class my professor said that conduction is depend upon electrons/bond type with in the materials.

Correct me if I am wrong, but neurton stars are giant nucli. So how would this effect heat transfer with in the star (beside raditation).
 
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physicophile said:
Not sure where to put this post, care more about what's happening on atomic scaI le so i put it here.

I am currently taking Heat transfer for engineers and we were discussing the mechanicals for heat transfer, conduction, convection, raditation. In class my professor said that conduction is depend upon electrons/bond type with in the materials.

Correct me if I am wrong, but neurton stars are giant nucli. So how would this effect heat transfer with in the star (beside raditation).

For regular materials, it's right that the thermal conductivity depends on electron shell parameters. In neutron stars, particles are very much closers, so I think those particles are in charge of thermal conduction. Which forces hold them together will do the job, so probably, the thernal conductivity is higher than that of a normal material.
 
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