The phrase "ac resistance" is correct and usable in written English.
It is typically used in the context of electrical engineering or physics to refer to the resistance encountered by alternating current (AC) in a circuit.
Example: "The ac resistance of the circuit must be measured to ensure optimal performance."
Alternatives: "alternating current resistance" or "AC impedance".
Four point bending test synchronising AC resistance measurement has been implemented to compare the stress strain relationship with resistance variation.
This increase of the AC resistance raises power loss and limits the conductors' current-carrying capacity, being an important design parameter.
There are some internationally recognized exact and approximated formulas to calculate the AC resistance of conductors, whose accuracy and applicability is evaluated in this paper.
We propose a planar structure of Litz in the primary of our HFPT to reduce the AC resistance of the planar conductor.
Skin and proximity effects in single- or multi-conductor systems can notoriously affect the AC resistance in conductors intended for electrical power transmission and distribution systems and for electronic devices.
The DC resistance varies from 136 mΩ to 386 mΩ while at 30 MHz the AC resistance varies from 1.9 Ω to 10.1 Ω for an inductance value from 180 nH to 715 nH, corresponding to an inductance density between 5.69 nH/mm2 and 12.47 nH/mm2 and a quality factor between 13 and 17.
An alternative way of determining n is by measuring the voltage variation of the ac resistances in conditions of negligible steady-state dc currents.
The corrosion characteristics of a (Ti90Ru10 87Si13 alloy have been measured in 0.5 M NaCl and in artificial seawater (ASW) by linear polarization resistance, ac impedance and small amplitude cyclic voltammetry (SACV).
Anticorrosion protection and adhesion properties were evaluated using polarization resistance (Rp), ac impedance and pull-off test, respectively.
Therefore, the ASR trend shown by the resistance in AC impedance spectra, Rs, and the phase angle θ, can be considered as basically reliable.
In addition, all PG, AP, and AC antibiotic resistance S. aureus were also resistance to Ox antibiotics.
