# R = 1:3, b = 1000 kpc: t = 3.80 Gyr¶

Download all of the files from this particular epoch here (0.20 GB).

• Click on any image to enlarge it.
• Change the axis of projection for the images and links using the drop-down menu.

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
• "dark_matter_density": Dark matter density in units of $${\rm M_\odot~kpc^{-3}}$$
• "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 $${\rm km~s^{-1}}$$
• "clr1": Mass fraction of gas from the primary cluster
• "clr2": Mass fraction of gas from the secondary cluster
Open FITS file in JS9 below

## Projected Quantities

### 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
• "total_density": Total mass density (gas and dark matter) in units of $${\rm M_\odot~{kpc}^{-2}}$$
• "szy": Integrated y-parameter for the thermal Sunyaev-Zeldovich (S-Z) effect
• "sz_kinetic": Integrated y-parameter for the kinetic S-Z effect
Open FITS file in JS9 below

### Galaxies

The galaxies FITS file contains positions, velocities, IDs, and original halo information for a set of galaxy particles.

### S-Z Projections

The S-Z FITS file contains the following fields:

• "Tau": Compton optical depth of the cluster gas
• "TeSZ": Mass-weighted projected temperature in units of keV
• "90_GHz": S-Z signal at 90 GHz in units of $${\rm MJy~{steradian}^{-1}}$$
• "180_GHz": S-Z signal at 180 GHz in units of $${\rm MJy~{steradian}^{-1}}$$
• "240_GHz": S-Z signal at 240 GHz in units of $${\rm MJy~{steradian}^{-1}}$$
Open FITS file in JS9 below

### X-ray Events

The events FITS file contains an X-ray event list.