E.K. Zavoiskii and NMR: Analysis of laboratory notebooks and rerun of experiments nuclei in condensed matter.
A rerun of his NMR experiments shows that the sensitivity of the "grid
Temperature dependence of the Cu(2) NQR line width in YBa2Cu3O7 - y behavior of the superconducting gap. The observed dependence is explained by the fact that the energy of
a Crystal field simulation and NMR study of 19F in a EuF3 Van Vleck paramagnet of 19F nuclei is measured for
a powder sample of
a EuF3 Van Vleck paramagnet, in
a broad temperature
Phase diagram of YBa2Cu3O7-y at T < Tc according to transverse nuclear relaxation data for Cu(2)2Cu3O7-y.
A comparison of the relaxation rates for isotopes 63Cu(2) and 65Cu(2) at T= 47 K indicates
Antiferromagnetism in hydrated 123 compoundsDooglav A.,
Egorov A.,
Mukhamedshin I.,
Savinkov A.,
Alloul H.,
Bobroff J.,
MacFarlane W.,
Mendels P.,
Collin G.,
Blanchard N.,
Picard P. of YBa2Cu3O6.5 show that
a magnetic phase appears in underdoped 123 superconductors treated in ambient
Shape of the Cu(2) NQR spectra in YBa2Cu3O7, TmBa2Cu3O7 and TmBa2Cu4O8We present
a study of shape of the Cu(2) NQR spectra in YBa2Cu3O7, TmBa2Cu3O7, and TmBa2Cu4O8
Temperature dependence of the Cu(2) NQR line width in YBa2Cu3O7 - y behavior of the superconducting gap. The observed dependence is explained by the fact that the energy of
a