Radio Galaxy 3C353 |
 | Minimum credit line: Image courtesy of NRAO/AUI
(for details, see .
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This radio galaxy is associate with the central
dominant elliptical galaxy of a nearby cluster.
The overall linear size of the radio structure is
120 kpc. It is a complex
double-lobed radio source, with highly filamentary
lobes, and a narrow jet and counterjet. The jet feeds the
bright hot spot, and the less stable counterjet thrashes over the
lobe.
The radio emission is from relativistic streams of high
energy particles generated by the radio source in the center
of the radio galaxy. Astronomers believe that the jets are
fueled by material accreting onto a super-massive black hole.
The high energy particles are shot into extragalactic space at
speeds approaching the speed of light, where they eventually
balloon into massive radio lobes. Investigator(s): Mark R. Swain, Alan H. Bridle, and Stefi A. Baum This image is available in the following downloadable versions:
- 576 x 342
- 1200 x 713
- 3600 x 2137
If you would like to obtain a higher resolution version of this image,
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Telescope
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VLA
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Date of Observation
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1996-00-00
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Type of Observation
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Continuum Observations
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Band
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X
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Wavelength
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3.6 cm
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Frequency
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8.4 GHz
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Center of Image
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RA: 17:20:28.16, Dec: 00:58:46.30 (J2000)
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Field of View
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0.0700 x 0.0350 degrees
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Technical Caption
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Radio galaxy at z=0.0304 (92/h Mpc, H=100h km/s/Mpc).
VLA 8 GHz image at 0.44" resolution.
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