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3. A photon of energy Eo = 10 eV is injected into a hot ionised atmosphere.. scatterings, optical depth and Compton Y parameter if the temperature of the m keV and b) KT, = 100 keV. If the injected photon has an energy of E = 10 ke be the energy of the photon after 5 scatterings for the atmosphere with KT %3D

3. A photon of energy Eo = 10 eV is injected into a hot ionised atmosphere.. scatterings, optical depth and Compton Y parameter if the temperature of the m keV and b) KT, = 100 keV. If the injected photon has an energy of E = 10 ke be the energy of the photon after 5 scatterings for the atmosphere with KT %3D

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3. A photon of energy Eo scatterings, optical depth and Compton Y parameter if the temperature of the medium is: a) KT. 50 keV and b) KT. be the energy of the photon after 5 scatterings for the atmosphere with KT, = 50 keV? Can this still be considered Thermal Comptonisation? = 10 eV is injected into a hot ionised atmosphere. Find the number of %3D 100 keV. If the injected photon has an energy of E 10 keV instead, what would
Transcribed Image Text:3. A photon of energy Eo scatterings, optical depth and Compton Y parameter if the temperature of the medium is: a) KT. 50 keV and b) KT. be the energy of the photon after 5 scatterings for the atmosphere with KT, = 50 keV? Can this still be considered Thermal Comptonisation? = 10 eV is injected into a hot ionised atmosphere. Find the number of %3D 100 keV. If the injected photon has an energy of E 10 keV instead, what would
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