A Magnetization Versus Magnetic Field At 10 And 300 K For A 375

(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
(a) Magnetization versus magnetic field at 10 and 300 K for a 375 ...
Magnetization versus magnetic field taken at 300 K for a LAO, YSZ, and ...
Magnetization versus magnetic field taken at 300 K for a LAO, YSZ, and ...
A Magnetization versus magnetic field at 300 K and B ZFC and FC ...
A Magnetization versus magnetic field at 300 K and B ZFC and FC ...
Magnetization versus applied magnetic field at 300 K for Sample A (open ...
Magnetization versus applied magnetic field at 300 K for Sample A (open ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization versus magnetic field at 300 K for the 375 nm-thick, 50 ...
Magnetization vs magnetic field at 300 K for a Cr:ZnO film fabricate at ...
Magnetization vs magnetic field at 300 K for a Cr:ZnO film fabricate at ...
Magnetization vs magnetic field at 300 K for a Cr:ZnO film fabricate at ...
Magnetization vs magnetic field at 300 K for a Cr:ZnO film fabricate at ...
Magnetization versus the magnetic field for the composite at 300 K and ...
Magnetization versus the magnetic field for the composite at 300 K and ...
Magnetization versus magnetic applied field curves at 100 and 300 K ...
Magnetization versus magnetic applied field curves at 100 and 300 K ...
Magnetization versus applied magnetic field performed at T = 300 and 10 ...
Magnetization versus applied magnetic field performed at T = 300 and 10 ...
Magnetization versus applied magnetic field performed at T = 300 and 10 ...
Magnetization versus applied magnetic field performed at T = 300 and 10 ...
Magnetization versus magnetic field at 300 K for an Mn 0 . 01 Zn 0 . 99 ...
Magnetization versus magnetic field at 300 K for an Mn 0 . 01 Zn 0 . 99 ...
Magnetization versus magnetic field data taken at 300 K for the samples ...
Magnetization versus magnetic field data taken at 300 K for the samples ...
Magnetization versus magnetic field at 300 K for the N-embedded ...
Magnetization versus magnetic field at 300 K for the N-embedded ...
The magnetization versus magnetic field curve measured at 5 and 300 K ...
The magnetization versus magnetic field curve measured at 5 and 300 K ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization versus magnetic field at 300 K for the Fe 0 . 01 Zn 0 ...
Magnetization versus magnetic field at 300 K for the Fe 0 . 01 Zn 0 ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Magnetization versus magnetic field measured at 10 and 300 K. Bottom ...
Variation of the magnetization versus magnetic field for 1 at 300 K ...
Variation of the magnetization versus magnetic field for 1 at 300 K ...
Magnetization as a function of magnetic field at 300 K of Samples 1, 3 ...
Magnetization as a function of magnetic field at 300 K of Samples 1, 3 ...
Magnetization (M) versus magnetic field (H) at (a) 300 K and (b) 5 K ...
Magnetization (M) versus magnetic field (H) at (a) 300 K and (b) 5 K ...
The magnetization curves versus magnetic field at 5 K (a) and 300 K (b ...
The magnetization curves versus magnetic field at 5 K (a) and 300 K (b ...
(a) Variation of magnetization with field recorded at 300 K for a ...
(a) Variation of magnetization with field recorded at 300 K for a ...
Magnetization versus (a) magnetic field taken at 300 K and (b ...
Magnetization versus (a) magnetic field taken at 300 K and (b ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization versus magnetic field taken at 300 K for (a) 200 nm-thick ...
Magnetization as a function of applied magnetic field measured at 300 K ...
Magnetization as a function of applied magnetic field measured at 300 K ...
Magnetization versus magnetic field at different temperatures: 300 K ...
Magnetization versus magnetic field at different temperatures: 300 K ...
Magnetization versus magnetic field taken at 300 K as the magnetic ...
Magnetization versus magnetic field taken at 300 K as the magnetic ...
Magnetization vs (a) magnetic field at 300 K for Ni-doped Hf ...
Magnetization vs (a) magnetic field at 300 K for Ni-doped Hf ...

Loading image details...

Source
Dimensions