Three-pulse spin echo signals from quadrupolar nuclei in magnetic materials.
The time evolutions of the three-pulse spin echo signals from quadrupolar nuclei (63)Cu and (53)Cr in ferromagnetic CuCr(2)S(4):Sb have been investigated at the temperature T=77K. The experimental results were well explained by the developed theory of the time evolutions of the three-pulse echoes. The main assumption of this theory is the assumption that the temporal fluctuations in the electron magnetization lead to the fluctuations in the hyperfine and quadrupole interaction Hamiltonians.
Polulyakh
S N
SN
Faculty of Physics, Taurida National University, Simferopol 95053, Ukraine.
Sergeev
N A
NA
Gorbovanov
A I
AI
Berzhansky
V N
VN