Muon spin relaxation finds long-range magnetic order below 161 K in La1.9Pr1.1Ni2O6.97 and short-range order below 30 K in oxygen-deficient La3Ni2O6.63, linking oxygen vacancies to suppressed magnetism.
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Evolution of magnetism in Ruddlesden-Popper bilayer nickelate revealed by muon spin relaxation
Muon spin relaxation finds long-range magnetic order below 161 K in La1.9Pr1.1Ni2O6.97 and short-range order below 30 K in oxygen-deficient La3Ni2O6.63, linking oxygen vacancies to suppressed magnetism.