Spin resonance mode in optimally F-doped NdFeAsO
In iron pnictide superconductors there is well known empirical scaling law which relates the superconducting critical temperature with the spin resonance energy. Although the members of the 1111-family display higher Tcs than the other families the scaling law is predominantly deduced from those compounds. Here we propose to study by time-of-flight measurement the spin resonance energy of optimally F-doped NdFeAsO with a Tc = 49K.
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WASSER Florian; M. Braden; FAK Bjorn; LEE Chul Ho and WURMEHL Sabine. (2015). Spin resonance mode in optimally F-doped NdFeAsO. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.4-02-465
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