\(\beta\) = 1000, Inviscid: t = 2.30 Gyr¶
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\(\beta\) = 1000, 10% Isotropic Spitzer Viscosity: t = 2.30 Gyr
\(\beta\) = 1000, Anisotropic Thermal Conduction: t = 2.30 Gyr
\(\beta\) = 1000, Braginskii Viscosity, Anisotropic Thermal Conduction: t = 2.30 Gyr
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Note
Typically, images shown here are zoomed-in; the width of the images in the FITS files are usually larger, spanning the original simulation domain or a large portion of it.
Slices
The slice FITS file contains the following fields:
"density"
: Gas density in units of \({\rm M_\odot~kpc^{-3}}\)"kT"
: Gas temperature in units of keV"magnetic_field_strength"
: The magnetic field strength in units of \({\rm \mu{G}}\)"velocity_x"
: The x-component of the gas velocity in units of \({\rm km~s^{-1}}\)"velocity_y"
: The y-component of the gas velocity in units of \({\rm km~s^{-1}}\)
Density
Temperature
Magnetic Field Strength
Projected Quantities
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Projections
The projection FITS file contains the following fields:
"xray_emissivity"
: X-ray photon surface brightness in the 0.5-7.0 keV (observer) band, in units of \({\rm photons~s^{-1}~{cm}^{-2}~{arcsec}^{-2}}\)"kT"
: Emission-weighted projected temperature in units of keV"szy"
: Integrated y-parameter for the thermal Sunyaev-Zeldovich (S-Z) effect"sz_kinetic"
: Integrated y-parameter for the kinetic S-Z effect"rotation_measure"
: Faraday rotation measure in units of \({\rm rad~m^{-2}}\)
X-ray Emissivity
Temperature
Compton-y
Faraday Rotation Measure
X-ray Events
The events FITS file contains an X-ray event list.FITS File Download
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