A R Xx As A Function Of The Applied Magnetic Field At 16 K The

(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
(a) R xx as a function of the applied magnetic field at 1.6 K. The ...
Magnetisation as a function of the applied magnetic field at T ¼ 2 K ...
Magnetisation as a function of the applied magnetic field at T ¼ 2 K ...
Color-scale plots of R xx as a function of the total magnetic field B ...
Color-scale plots of R xx as a function of the total magnetic field B ...
(a) R xx and (b) R xy as a function of the total magnetic field for ...
(a) R xx and (b) R xy as a function of the total magnetic field for ...
R / R as a function of the applied magnetic field for the rf/dc and ...
R / R as a function of the applied magnetic field for the rf/dc and ...
The magnetoresistance (R xx ) as a function of magnetic field for the ...
The magnetoresistance (R xx ) as a function of magnetic field for the ...
The magnetoresistance (R xx ) as a function of magnetic field for the ...
The magnetoresistance (R xx ) as a function of magnetic field for the ...
Resistivity ρ xx and ρ xy as a function of magnetic field at T = 1.28 K ...
Resistivity ρ xx and ρ xy as a function of magnetic field at T = 1.28 K ...
The free energy as a function of the applied magnetic field for a ...
The free energy as a function of the applied magnetic field for a ...
xx as a function of the external magnetic field B 0 with the maximum ...
xx as a function of the external magnetic field B 0 with the maximum ...
Magnetization as a function of the applied magnetic field, at (a ...
Magnetization as a function of the applied magnetic field, at (a ...
Resistivity ρ xx and ρ xy as a function of magnetic field at T = 1.28 K ...
Resistivity ρ xx and ρ xy as a function of magnetic field at T = 1.28 K ...
(a) Resistance R xx as a function of magnetic field measured for ...
(a) Resistance R xx as a function of magnetic field measured for ...
Top graph: R xx as a function of magnetic field for different charge ...
Top graph: R xx as a function of magnetic field for different charge ...
Color online a R xx B for various orientations of the magnetic field 0 ...
Color online a R xx B for various orientations of the magnetic field 0 ...
Calculated R xx as a function of magnetic field B for different MW ...
Calculated R xx as a function of magnetic field B for different MW ...
Color online a R xx B for various orientations of the magnetic field 0 ...
Color online a R xx B for various orientations of the magnetic field 0 ...
(a) Longitudinal resistance R xx as a function of the perpendicular ...
(a) Longitudinal resistance R xx as a function of the perpendicular ...
xx as a function of magnetic field at two sample temperatures of 1.5 ...
xx as a function of magnetic field at two sample temperatures of 1.5 ...
a The plot of R xx /(1/B) vs the magnetic field for sample 3 using the ...
a The plot of R xx /(1/B) vs the magnetic field for sample 3 using the ...
(a) Magnetization as a function of applied magnetic field at several ...
(a) Magnetization as a function of applied magnetic field at several ...
The resistance R(B) as a function of magnetic field for different ...
The resistance R(B) as a function of magnetic field for different ...
(a) ρ xx as a function of V TG and V BG in zero magnetic field at T ...
(a) ρ xx as a function of V TG and V BG in zero magnetic field at T ...
MR curves as a function of magnetic field at various temperatures for ...
MR curves as a function of magnetic field at various temperatures for ...
Magnetic field dependences of ρ xx (B) at temperatures: ( a ) 0.355 K ...
Magnetic field dependences of ρ xx (B) at temperatures: ( a ) 0.355 K ...
a The magnetization (M) versus applied magnetic field (H) curves of the ...
a The magnetization (M) versus applied magnetic field (H) curves of the ...
Resonance frequency as a function of applied magnetic field for ...
Resonance frequency as a function of applied magnetic field for ...
Activation energy ∆ as a function of applied magnetic field B for AFM ...
Activation energy ∆ as a function of applied magnetic field B for AFM ...
The magnetic field through a circular loop of radius r = 13 cm varies ...
The magnetic field through a circular loop of radius r = 13 cm varies ...
Top row: (a), (c), (e) Magnetic field dependence of R xx in a 15 nm ...
Top row: (a), (c), (e) Magnetic field dependence of R xx in a 15 nm ...
(Color online) (а) Magnetic field dependences of R xx and R H . The ...
(Color online) (а) Magnetic field dependences of R xx and R H . The ...
The magnetic field dependence of the R xx activation energy for odd ...
The magnetic field dependence of the R xx activation energy for odd ...
Magnetization as function of applied magnetic field at different ...
Magnetization as function of applied magnetic field at different ...
Magnetization as function of applied magnetic field at different ...
Magnetization as function of applied magnetic field at different ...

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