“Spitzer”的版本间差异

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==instruments==
*IRAC
:测光,(3.6 µm, 4.5 µm, 5.8 µm and 8 µm),在2009之后,还有最短的两个能用
:8µm波段主要用于测量7.7µm的[[PAH]]辐射,[[WISE]]的12µm波段太宽了。(而且11.3µm的中性PAH辐射不trace SFR)
:分辨率大概1.2arcsec
*MIPS
:(Multiband Imaging Photometer for Spitzer), 远红外:24 µm, 70 µm, 160 µm
:分辨率:6arcsec(24 µm)

*IRS
:光谱仪器:four sub-modules which operate at the wavelengths 5.3–14 µm (low resolution), 10–19.5 µm (high resolution), 14–40 µm (low resolution), and 19–37 µm (high resolution).

==DATA==
*Spitzer Data Fusion [http://www.mattiavaccari.net/df/]
:multi-wavelength catalog selected at Spitzer/IRAC wavelengths

*[[SpARCS]]
*[[SpARCS]]


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*[[S4G]]
*[[S4G]]

*[[SERVS]]

*[[SAFIRES]]

*[[SINGS]]

*[[SpIES]]

*[[SPARC]]

2016年7月1日 (五) 03:04的最新版本

instruments

  • IRAC
测光,(3.6 µm, 4.5 µm, 5.8 µm and 8 µm),在2009之后,还有最短的两个能用
8µm波段主要用于测量7.7µm的PAH辐射,WISE的12µm波段太宽了。(而且11.3µm的中性PAH辐射不trace SFR)
分辨率大概1.2arcsec
  • MIPS
(Multiband Imaging Photometer for Spitzer), 远红外:24 µm, 70 µm, 160 µm
分辨率:6arcsec(24 µm)
  • IRS
光谱仪器:four sub-modules which operate at the wavelengths 5.3–14 µm (low resolution), 10–19.5 µm (high resolution), 14–40 µm (low resolution), and 19–37 µm (high resolution).

DATA

  • Spitzer Data Fusion [1]
multi-wavelength catalog selected at Spitzer/IRAC wavelengths