2009
PROBING THE TRUNCATION OF GALAXY DARK MATTER HALOS IN HIGH-DENSITY ENVIRONMENTS FROM HYDRODYNAMICAL N-BODY SIMULATIONS
Limousin M, Sommer-Larsen J, Natarajan P, Milvang-Jensen B. PROBING THE TRUNCATION OF GALAXY DARK MATTER HALOS IN HIGH-DENSITY ENVIRONMENTS FROM HYDRODYNAMICAL N-BODY SIMULATIONS. The Astrophysical Journal 2009, 696: 1771-1779. DOI: 10.1088/0004-637x/696/2/1771.Peer-Reviewed Original ResearchDark matter subhalosHalf-mass radiusDark matter haloesCluster galaxiesMatter haloesStellar componentGalaxy dark matter haloesHydrodynamical N-body simulationsN-body hydrodynamical simulationsCluster-centric distanceCluster-centric radiusDark matter componentSpace-based telescopesFunction of redshiftN-body simulationsHigh-density environmentsCorresponding total massTotal massHigh-resolution imagingGalaxy halosStellar massGalaxy luminosityStar formationGalaxy clustersTidal stripping
2006
Truncation of galaxy dark matter halos in high density environments
Limousin M, Kneib J, Bardeau S, Natarajan P, Czoske O, Smail I, Ebeling H, Smith G. Truncation of galaxy dark matter halos in high density environments. Astronomy & Astrophysics 2006, 461: 881-891. DOI: 10.1051/0004-6361:20065543.Peer-Reviewed Original ResearchGalaxy-galaxy lensing techniquesDark matter haloesHigh-density environmentsMatter haloesGalaxy clustersLensing techniquesDensity environmentsGalaxy dark matter haloesX-ray luminous clustersMassive galaxy clustersHalf-mass radiusGalaxy–galaxy lensingStrong lensing constraintsCluster galaxiesField galaxiesGalaxy halosLuminous clustersLensing resultsEquivalent luminosityTidal truncationMass radiusAperture massHomogeneous sampleHaloMean total mass
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