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Norbert's IXO/CAT Page: Simulations and Links

updated Oct. 8, 2009, 9:59 pm

IXO Twiki Exchange

Papers relevant to IXO/CAT Science Cases

CAT Home

IXO/CAT Simulation files:

WHIM

CAT vs. XMS, O VIII, 100 km/s, high flux
CAT vs. XMS, O VII, 100 km/s, high flux
CAT vs. XMS, O VII, 10 km/s, high flux
CAT vs. XMS, O VII, 100 km/s, medium flux
CAT vs. XMS, O VII, 100 km/s, low flux
CAT vs. XMS, O VII, 10 km/s, low flux
CAT vs. XMS, O VIII, 50 - 200 km/s velocities

MCG-6-30-15

ISIS script used for MCG6-30-15 simulations
Model parameters used for MCG6-30-15 simulation
CAT vs. XMS, CAT: Aeff = 10000 cm2, R = 3000, Energy Broadband
CAT vs. XMS, CAT: Aeff = 10000 cm2, R = 3000, Low Energy
CAT vs. XMS, CAT: Aeff = 10000 cm2, R = 3000, Wavelength Broadband
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, Energy Broadband
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, Low Energy
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, Wavelength Broadband

WHIM

ISIS example script used for WHIM simulations
Model parameters used for WHIM simulations
NEW: Multi-WHIM line simulations with superwind

WHIM @ z = 0.06

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, 18 -- 24 Angstrom, 200 ks (not updated)
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, 18 -- 24 Angstrom, 600 ks (not updated)
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, 18 -- 24 Angstrom, 2 Ms (not updated)
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, 18 -- 24 Angstrom, 20 Ms (not updated)

WHIM @ z = 0.90

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 600 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 2 Ms
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 20 Ms

WHIM @ z = 0.60

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 600 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 2 Ms
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 20 Ms

WHIM @ z = 0.30

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 600 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 2 Ms
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 20 Ms

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks, EW=6mA (not updated)
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks, EW=6mA, wide (not updated)

WHIM @ z = 0.10

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 600 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 2 Ms
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 20 Ms

WHIM @ z = 0.01

CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 200 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 600 ks
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 2 Ms
CAT vs. XMS, CAT: Aeff = 3000 cm2, R = 3000, O VIII, O VII, 20 Ms

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