The phrase 'parallel resistance' is correct and can be used in written English.
It is typically used in the context of electrical engineering, where it refers to a type of circuit where two or more resistors are connected in parallel. For example, "The amplifier circuit contained three parallel resistors to regulate the current."
There is a parallel resistance among EMB- and INH-resistant strains in the tested clinical isolates.
Using the voltage divider and parallel resistance laws, we determine the skin resistance.
Using equation (1) in combination with the parallel resistance model (Methods and Supplementary Fig. 3), we simultaneously fit the resistance versus voltage cycles and the STDP curve.
When the resistance across the electrodes falls, the voltage at the intermediate node also falls because the parallel resistance in the bottom half of the divider is reduced.
The models are expected to yield similar results due to the large parallel resistance and small series resistance.
The coil and rectifier add a series resistance of 2.3 kΩ (Supplementary Fig. S18), which functions as a parallel resistance with the secondary coil, shunting away current from the battery.
Accurate values of the capacitance can be obtained over two orders of magnitude of capacitance, even in the presence of low parallel resistances.
The results are compared to those predicted using the electrical network analogy considering the monolith cell as a combination of series and parallel resistances.
Owing to the direct link between the junction resistance R and this normalized reversed area S (well described by a simple model of parallel resistances,, ref. 25), one can also extract S from measurements of the junction resistance after consecutive pulses of 1 V (green squares in Fig. 2b; note the excellent agreement between the PFM and transport data).
A common point of manipulated constitutive models is that the elementary deformation mechanisms are described by two parallel resistances; one describes the intermolecular interactions and the other deals with the molecular network stretching and orientation process.
We develop an equivalent circuit of the CIGS solar cell involving series and parallel resistances and a "capacitance-like element," called a constant phase element (CPE), around the n-layer/p-CIGS interface.
