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An SZ Temperature Decrement- X-ray Luminosity Relation for Galaxy Clusters.

Asantha R. Cooray

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Abstract

The X-ray emission from galaxy clusters has enabled the study of what is assumed to be the largest virialized systems in the universe. The X-ray electron temperature, Te, measures the depth of the galaxy cluster potential, while

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The X-ray emission from galaxy clusters has enabled the study of what is assumed to be the largest virialized systems in the universe. The X-ray electron temperature, Te, measures the depth of the galaxy cluster potential, while

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Available abstract

The X-ray emission from galaxy clusters has enabled the study of what is assumed to be the largest virialized systems in the universe. The X-ray electron temperature, Te, measures the depth of the galaxy cluster potential, while

Key concepts: Physics, Astrophysics, Cosmic microwave background, Galaxy cluster, Cluster (spacecraft), Luminosity, Gravitational lens, Galaxy

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An SZ Temperature Decrement- X-ray Luminosity Relation for Galaxy Clusters. — Research Paper | ScholarLens