Magnetic Phase Diagram Of The La1 Xsrxmno3 Perovskites Phase

(colour online) xrd patterns of the la1−xsrxmno3 samples. Magnetic phase diagram of pr1-xsrxmno3 [8]. fmi, fmm, and afmi are Experimental phase diagram of bulk la1−xsrxmno3: ‘fm’ is ferromagnetic

Experimental phase diagram of bulk La1−xSrxMnO3: ‘FM’ is ferromagnetic

Experimental phase diagram of bulk La1−xSrxMnO3: ‘FM’ is ferromagnetic

(color online) the complete magnetic phase diagram of la 1−x sr x mno 3 Schematic magnetic phase diagram of ( la1 xa x)mno3. [modi® ed from the Mno la1 colossal resistivity arrows magnetoresistance scattering perovskites neutron magnetoresistive indicate crystals temperatures curie

Phase diagram of magnetic states for the la 1 – x sr x mno 3 system

Schematic phase diagram for la1−xcaxmno3. the solid lines arePhase diagram of la1-xcaxmno3. afm-a and afm-g stand for... Figure 1 from magnetic phase diagram of cubic perovskitessrmn1−xfexo3(a) electronic and magnetic phase diagram of (pr 1-x la x ) 4 ni 3 o 8.

La1 mno circles(a) the isovalent phase diagrams of rare-earth manganites with a-site Experimental magnetic phase diagram of la2−xsrxcuo4 [4-10] α = 45 • andMagnetic phase diagram of pr1-xsrxmno3 [8]. fmi, fmm, and afmi are.

Figure 4 from Field-temperature phase diagram of magnetic bubbles

Magnetic and electronic phase diagram for (la1−xdyx)0.7ca0.3mno3

Figure 1 from magnetic phase diagram of cubic perovskitessrmn1−xfexo3Low-temperature (t = 5 k) magnetization of la1−xsrxmno3 as a function A schematic version of the phase diagram for la1−xcaxmno3 (see refTemperature dependence of the magnetic microstructure in the.

Phase diagram and structural characterization of lsmo homojunctions. aFigure 3 from field-temperature phase diagram of magnetic bubbles Figure 1 from field-temperature phase diagram of magnetic bubblesSynthesis and characterization of magnetic perovskites la1-xsrxmno3.

Figure 1 from Magnetic phase diagram of cubic perovskitesSrMn1−xFexO3

(pdf) comparative study of the magnetic phase diagrams of (la1−ypry)0

The upper panel represents the magnetic phase diagram of the la 1–x srPhase diagram of la 1 − x sr x mno 3 , reproduced with Magnetic phase diagram of mn1-xirxsi (a) for x=0 (b) for x=0.015 (cFigure 4 from field-temperature phase diagram of magnetic bubbles.

(pdf) neutron scattering studies of la1-xsrxmno3 colossal(a) phase diagram of la1−xsrxmno3, courtesy of prof. y. tokura and dr (a) schematic temperature-doping phase diagram for la1−xsrxmno3. (bPhase diagram of la 1x sr x mno 3 from ref. 13: structural phases.

(a) Phase diagram of La1−xSrxMnO3, courtesy of Prof. Y. Tokura and Dr

Figure 2 from field-temperature phase diagram of magnetic bubbles

Exhibits the magnetic phase diagram for la 0.7 ca 1−y sr y 0.3 mno 3Magnetic properties of the pr1−xsrxmno3 (x = 0, 0.05, 0.1, 0.15 Electronic phase diagram for la 1-x sr x mno 3. open circles and filled.

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(PDF) Comparative study of the magnetic phase diagrams of (La1−yPry)0 (Color online) The complete magnetic phase diagram of La 1−x Sr x MnO 3

(Color online) The complete magnetic phase diagram of La 1−x Sr x MnO 3

(Colour online) XRD patterns of the La1−xSrxMnO3 samples. | Download

(Colour online) XRD patterns of the La1−xSrxMnO3 samples. | Download

Phase diagram of La 1x Sr x MnO 3 from Ref. 13: Structural phases

Phase diagram of La 1x Sr x MnO 3 from Ref. 13: Structural phases

Schematic magnetic phase diagram of ( La1 xA x)MnO3. [Modi® ed from the

Schematic magnetic phase diagram of ( La1 xA x)MnO3. [Modi® ed from the

Phase diagram and structural characterization of LSMO homojunctions. a

Phase diagram and structural characterization of LSMO homojunctions. a

Experimental phase diagram of bulk La1−xSrxMnO3: ‘FM’ is ferromagnetic

Experimental phase diagram of bulk La1−xSrxMnO3: ‘FM’ is ferromagnetic

Electronic phase diagram for La 1-x Sr x MnO 3. Open circles and filled

Electronic phase diagram for La 1-x Sr x MnO 3. Open circles and filled

Schematic phase diagram for La1−xCaxMnO3. The solid lines are

Schematic phase diagram for La1−xCaxMnO3. The solid lines are