%0 Journal Article
%K multiferroic
%K Strontium compounds
%K Magnon excitations
%K Spin dynamics
%K Electronic energies
%K Electronic resonances
%K Experimental evidences
%K High temperatures
%K Resonant enhancements
%K Spin-charge-lattice couplings
%K Temperature-dependent raman
%K Ozone water treatment
%A M.O Ramirez
%A A Kumar
%A S.A Denev
%A Y.H Chu
%A J Seidel
%A L.W Martin
%A S.-Y Yang
%A R.C Rai
%A X.S Xue
%A J.F Ihlefeld
%A N.J Podraza
%A E Saiz
%A S Lee
%A J Klug
%A S.W Cheong
%A M.J Bedzyk
%A O Auciello
%A D.G Schlom
%A J Orenstein
%A Ramamoorthy Ramesh
%A J.L Musfeldt
%A A.P Litvinchuk
%A V Gopalan
%B Applied Physics Letters
%D 2009
%G eng
%R 10.1063/1.3118576
%T Spin-charge-lattice coupling through resonant multimagnon excitations in multiferroic BiFe O3
%V 94
%X Spin-charge-lattice coupling mediated by multimagnon processes is demonstrated in multiferroic BiFe O3. Experimental evidence of two- and three-magnon excitations as well as multimagnon coupling at electronic energy scales and high temperatures are reported. Temperature dependent Raman experiments show up to five resonant enhancements of the two-magnon excitation below the Ńel temperature. These are shown to be collective interactions between on-site Fe d-d electronic resonance, phonons, and multimagnons. © 2009 American Institute of Physics.