In addition, intrarenal hemodynamics parameters do not show significant correlations (Pulsatility Index, R=0.012, P=0.40; Resistive Index, R=0.014, P=0.35; systolic/diastolic ratio, R=0.019, P=0.29).
For many metal oxide systems, an electroforming step is a prerequisite to facilitate resistive switching[37].
The lower crust is characterized by a conductive (1 –30 ohm-m), to a moderately resistive (50 200 ohm-m), nature.
However, if the total impedance is mainly resistive [18], P-U and Q-ω droop control should be applied.
The highly resistive (>2, 000 ohm-m) upper crust is interpreted to comprise felsic rocks of granitic composition, and the low-resistive (<100 ohm-m) deep crust as being composed of dense mafic granulites.
Two-dimensional MT model shows highly resistive (>20,000 Ω-m) felsic upper crust down to 15 16 km all along the profile.
For instance, in [9], the H-wave scattering and the focusing were studied for the resistive 2-D reflectors having elliptical contours.
Highly resistive (0 ppm), semiconducting (133 or 1000 ppm), and metallic-like (6700 ppm) NCD films were tested as the artificial substrates for the cultivation of osteoblast-like MG 63 cells.
Instead, the films remain resistive (>1 × 10 Ωcm) and do not exhibit a gate effect unless the sample is heated to irreversibly fuse the grains, at which point more substantial broadening of the absorption spectrum occurs.
The films were highly resistive (∼10 MΩ) in their virgin state.
Bologna et al. (2005) inferred the high-resistive (1, 000 10, 000 ohm-m) rocks in the lower crust as silicic dry rocks in the central Brazil region.
