Magnetic field control of electric-field-induced local domain growth in manganites of lanthanum strontium
manganite single crystals as result of the local bias application by a conducting atomic
Phase separation and locally induced states in manganites is considered for low-
doped manganites. It indicates the tendency of
manganites toward charge segregation
Phase separation and locally induced states in manganites is considered for low-
doped manganites. It indicates the tendency of
manganites toward charge segregation
Magnetic field control of electric-field-induced local domain growth in manganites of lanthanum strontium
manganite single crystals as result of the local bias application by a conducting atomic
Oxygen nonstoichiometry and magnetic properties of doped manganites La0.7Sr0.3Mn0.95Fe0.05O3-δKalanda, N. A.,
Gurskii, A. L.,
Yarmolich, M. V.,
Petrov, A. V.,
Zhaludkevich, A. L.,
Ignatenko, O. V.,
Serdechnova, M. in proportion to T3/2. This results in a decrease in the
manganite magnetization. The observed temperature
Microscopic State of Low Doped Manganites la1-xSrx MnO3 Probed by ESRMicroscopic State of Low
Doped Manganites la1-xSrx MnO3 Probed by ESR
Microscopic State of Low Doped Manganites la1-xSrx MnO3 Probed by ESRMicroscopic State of Low
Doped Manganites la1-xSrx MnO3 Probed by ESR