The phrase "alternating current resistance" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, particularly when discussing the resistance encountered by alternating current in a circuit.
Example: "The technician measured the alternating current resistance to ensure the circuit was functioning properly."
Alternatives: "AC resistance" or "resistance in alternating current".
Alternating current impedance tests show that the growth of the charge transfer resistance at 0.4 mA/cm2 is more rapid than that of at 0.2 mascm2 as the galvanostatical charge discharge continues.
In addition, alternating current impedance measurement and data approximation to the electrical equivalent circuit model revealed that the circuit element for diffusion resistance of biomolecule adsorption layer increased with L929 cells.
Variations in nanorod resistance and capacitance in response to the introduction of various concentrations of hydrogen gas were obtained from the alternating current impedance spectra.
The electric-pulse-induced resistance switching in layered structures composed of polycrystalline Pr1−xCa x MnO3 (PCMO) sandwiched between Pt bottom electrode and top electrodes of various metals (metal/PCMO/Pt) was studied by direct current current voltage (I-V) measurements and alternating current impedance spectroscopy.
The real part of impedance at 0 Hz measured by alternating current (ac) impedance spectroscopy corresponds to the dc resistance of the device.
This method is based on measuring the resistance to alternating current (i.e., impedance) of the content of the esophageal lumen.
Impedance, the apparent resistance to an alternating current, and reactance, the part of impedance resulting from capacitance or inductance, are circuit characteristics that are measured in ohms.
But power electronics can reshape the alternating current in each line to affect resistance, allowing operators to allocate power between the two lines.
BIA is based on the principle that there is less resistance to an alternating current passing through tissues that contain fluids and electrolytes than through those containing relatively high amounts of lipids [ 17].
Reactance is present in addition to resistance when conductors carry alternating current.
