Abstract
We studied the temperature evolution of the electronic structure of Chromium across the spin density wave‐type antiferromagnetic transition using high resolution photoemission spectroscopy. The spectral density of states (SDOS) remain almost unchanged across the magnetic transition. Signature of a pseudogap appears at low temperatures. In addition, SDOS exhibits growth of a peak just above the Fermi level at low temperatures similar to that found in various Kondo lattice systems.
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