TY - JOUR
AU - Y Zhao
AU - Y Li
AU - S Ogale
AU - M Rajeswari
AU - V Smolyaninova
AU - T Wu
AU - A Biswas
AU - L Salamanca-Riba
AU - R Greene
AU - Ramamoorthy Ramesh
AU - T Venkatesan
AU - J Scott
AB - We report on the structural, transport, and magnetic properties of (Formula presented) thin films grown in vacuum by pulsed-laser deposition. The as-grown thin films have both the matrix (Formula presented) phase with (Formula presented) structure and an embedded MnO phase. The electrical transport and magnetic properties of the films are determined mainly by those of the matrix phase. By annealing, the as-grown thin films can be transformed into the normal (Formula presented) single phase, which shows the expected colossal magnetoresistance effect. Based on the composition of the matrix phase, and the structural, electrical, and magnetic properties of the films, we propose that the matrix phase is possibly electron doped with a mixed valence of (Formula presented) instead of the (Formula presented) as in the hole-doped case. © 2000 The American Physical Society.
BT - Physical Review B - Condensed Matter and Materials Physics
DO - 10.1103/PhysRevB.61.4141
LA - eng
M1 - 6
N1 - cited By 5
N2 - We report on the structural, transport, and magnetic properties of (Formula presented) thin films grown in vacuum by pulsed-laser deposition. The as-grown thin films have both the matrix (Formula presented) phase with (Formula presented) structure and an embedded MnO phase. The electrical transport and magnetic properties of the films are determined mainly by those of the matrix phase. By annealing, the as-grown thin films can be transformed into the normal (Formula presented) single phase, which shows the expected colossal magnetoresistance effect. Based on the composition of the matrix phase, and the structural, electrical, and magnetic properties of the films, we propose that the matrix phase is possibly electron doped with a mixed valence of (Formula presented) instead of the (Formula presented) as in the hole-doped case. © 2000 The American Physical Society.
PY - 2000
SP - 4141
EP - 4145
T2 - Physical Review B - Condensed Matter and Materials Physics
TI - Electrical transport and magnetic properties of a possible electron-doped layered manganese oxide
VL - 61
SN - 10980121
ER -