Sub-arcsecond LOFAR imaging at 145 MHz resolves the acceleration site and downstream structure of a high-redshift radio relic, confirming its diffuse nature, showing log-normal magnetic field profiles, and providing hints of redshift evolution in the radio power versus cluster mass correlation.
Title resolution pending
3 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 3representative citing papers
High-resolution spectral analysis of the double radio relics reveals flat integrated indices around -0.9, positive curvature inconsistent with ageing models, and Mach numbers of ~3.1-3.2, suggesting multiple shocks or re-acceleration shape the NE relic.
The LOFAR DR3 survey yields 18 odd radio circles, confirming their rarity, heterogeneity, association with large ellipticals, and a relation where smaller ORCs avoid steep spectra.
citing papers explorer
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The LOFAR sub-arcsecond view of the high-redshift radio relic in PSZ2G091.83+26.11
Sub-arcsecond LOFAR imaging at 145 MHz resolves the acceleration site and downstream structure of a high-redshift radio relic, confirming its diffuse nature, showing log-normal magnetic field profiles, and providing hints of redshift evolution in the radio power versus cluster mass correlation.
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A high-resolution study of the double radio relic system in MACS J1752.0+4440
High-resolution spectral analysis of the double radio relics reveals flat integrated indices around -0.9, positive curvature inconsistent with ageing models, and Mach numbers of ~3.1-3.2, suggesting multiple shocks or re-acceleration shape the NE relic.
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Single- and double-headed odd radio circles in the LOFAR surveys
The LOFAR DR3 survey yields 18 odd radio circles, confirming their rarity, heterogeneity, association with large ellipticals, and a relation where smaller ORCs avoid steep spectra.