Nuclear Magnetic Relaxation in Ferromagnetic P_d_Co and Antiferromagnetic C_r_V_Co and C_r_M_o_Co

書誌事項

タイトル別名
  • Nuclear Magnetic Relaxation in Ferromagnetic <U>Pd</U>Co and Antiferromagnetic <U>CrV</U>Co and <U>CrMo</U>Co
  • Nuclear Magnetic Relaxation in Ferromag
公開日
1977
DOI
  • 10.1143/jpsj.43.1207
公開者
一般社団法人 日本物理学会

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説明

The nuclear magnetic relaxation of 59Co in dilute Cr1−xVxCo (x\lesssim0.05) and Cr1−xMoxCo (x\lesssim0.25) alloys in the ordered state was investigated. T1 is proportional to 1⁄T in the region of T<<TN. T1T decreases rapidly with the decrease of the ordering temperature associated with the increase of x. This decrease of T1T with the decrease of the ordering temperature is generally observed in randomly ordered systems in metals irrespective of the ferro and antiferromagnet. Approximate model calculations based on the Weger mechanism, where the nuclear Zeeman energy relaxes to the kinetic energy of the conduction electrons via the virtual excitation of the spin waves, have been carried out in PdCo, whose T1 was already measured, and in CrVCo alloys. The experimental results are explained qualitatively well by the Weger mechanism.

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