A R Xx Vs B Measured For Different V Bg Solid Lines The Symbols

(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B measured for different V BG (solid lines). The symbols ...
(a) R xx vs B at various V TG values, V BG = 0 V, and T = 1.5 K. (b) FT ...
(a) R xx vs B at various V TG values, V BG = 0 V, and T = 1.5 K. (b) FT ...
(Color online) R total vs V TG data measured at different V BG values ...
(Color online) R total vs V TG data measured at different V BG values ...
The ratio R = σ RMF xx /σxx measured at different values of B eff ...
The ratio R = σ RMF xx /σxx measured at different values of B eff ...
Measurements of R xx and R xy vs at T120 K. a R xx measured between B ...
Measurements of R xx and R xy vs at T120 K. a R xx measured between B ...
(a) R xx as a function of B measured at various tilt angles ( θ ). The ...
(a) R xx as a function of B measured at various tilt angles ( θ ). The ...
v s i for = 0 and R =2: =0 a and /4 b; solid lines → , dashed lines 1 ...
v s i for = 0 and R =2: =0 a and /4 b; solid lines → , dashed lines 1 ...
Dependences R xx ( B ) measured for the 2D electron | Download ...
Dependences R xx ( B ) measured for the 2D electron | Download ...
Solid lines illustrate for ρ b = 1 M, a i = 3.0 ˚ A and a w = 0 the ...
Solid lines illustrate for ρ b = 1 M, a i = 3.0 ˚ A and a w = 0 the ...
Dependences R xx ( B ) measured for the 2D electron | Download ...
Dependences R xx ( B ) measured for the 2D electron | Download ...
(a) R xx vs. V bg traces of a 75 µm × 25 µm Hall bar under ...
(a) R xx vs. V bg traces of a 75 µm × 25 µm Hall bar under ...
(a) The enlarged part of ρ xx vs B curves from −4 to 4 T. The solid ...
(a) The enlarged part of ρ xx vs B curves from −4 to 4 T. The solid ...
(a) R xx vs V FG at T ? 0.25 K for InAs/In 0.25 Ga 0.75 Sb QWs with ...
(a) R xx vs V FG at T ? 0.25 K for InAs/In 0.25 Ga 0.75 Sb QWs with ...
(a) 2D color map of R xx as a function of V BG and V T G at B=7T. (b) R ...
(a) 2D color map of R xx as a function of V BG and V T G at B=7T. (b) R ...
(a) R xx vs B on b plane with magnetic field B tilted from b-to a axis ...
(a) R xx vs B on b plane with magnetic field B tilted from b-to a axis ...
(a) Magnetoresistance R xx vs B at 3 K measured under perpendicular ...
(a) Magnetoresistance R xx vs B at 3 K measured under perpendicular ...
Figure SI2-3: (a-e) R XY as a function of V BG at different magnetic ...
Figure SI2-3: (a-e) R XY as a function of V BG at different magnetic ...
(a) The longitudinal MR R xx versus B at 2 K and different angles θ ...
(a) The longitudinal MR R xx versus B at 2 K and different angles θ ...
(a) Two consecutively measured traces of R xx vs B at 1.5K, showing ...
(a) Two consecutively measured traces of R xx vs B at 1.5K, showing ...
(Color online) (a) ∆ G xx vs B in color codes (online) as a function V ...
(Color online) (a) ∆ G xx vs B in color codes (online) as a function V ...
(a) Two consecutively measured traces of R xx vs B at 1.5K, showing ...
(a) Two consecutively measured traces of R xx vs B at 1.5K, showing ...
(a) Magnetoresistance R xx measured at T = 4.2 K, B || c * for ...
(a) Magnetoresistance R xx measured at T = 4.2 K, B || c * for ...
a R xx B and R xy B of sample A84 measured at a constant current at 2.2 ...
a R xx B and R xy B of sample A84 measured at a constant current at 2.2 ...
(a) vs. V BG measured at different T ranging from 4.5 K to 295 K. The ...
(a) vs. V BG measured at different T ranging from 4.5 K to 295 K. The ...
FIG. S1. R xx (left axis) and R xy (right axis) vs B measured at T ...
FIG. S1. R xx (left axis) and R xy (right axis) vs B measured at T ...
(Color online) (a) Solid lines are fits to Eq. (1) for four different V ...
(Color online) (a) Solid lines are fits to Eq. (1) for four different V ...
(a) R xx s (shifted for clarity), (b) R xy s as functions of B with a ...
(a) R xx s (shifted for clarity), (b) R xy s as functions of B with a ...
a) Temperature dependence of the sheet resistance R s for different V ...
a) Temperature dependence of the sheet resistance R s for different V ...
R dev as a function of V Tg for (a) V Bg ¼ À28 V and (b) V Bg ¼ 25 V ...
R dev as a function of V Tg for (a) V Bg ¼ À28 V and (b) V Bg ¼ 25 V ...
FIG. S1. R xx (left axis) and R xy (right axis) vs B measured at T ...
FIG. S1. R xx (left axis) and R xy (right axis) vs B measured at T ...
Solid lines are the experimental values of the ͑ a ͒ real ͑ n ͒ and ͑ b ...
Solid lines are the experimental values of the ͑ a ͒ real ͑ n ͒ and ͑ b ...
B versus V for the X-ray beams studied in this work (open squares ...
B versus V for the X-ray beams studied in this work (open squares ...
(a) R xx vs B at various E values, p = 8.0 × 10 12 cm −2 , and T = 1.5 ...
(a) R xx vs B at various E values, p = 8.0 × 10 12 cm −2 , and T = 1.5 ...
(a) Magnetoresistance R xx (B, V bg ) = R xx (B, V bg ) − R xx (0, V bg ...
(a) Magnetoresistance R xx (B, V bg ) = R xx (B, V bg ) − R xx (0, V bg ...

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