The phrase "adjustable effect" is correct and usable in written English.
It can be used when describing an effect or outcome that can be modified or changed according to specific parameters or settings.
Example: "The device features an adjustable effect that allows users to customize the intensity of the output based on their preferences."
Alternatives: "modifiable effect" or "variable effect".
You get two standalone "decks", 6 adjustable effects modules (Reverb, Flange, Distortion, Tremelo, Echo, High Pass Filter), a crossfader, pitch control, and a 3-band parametric EQ. New with the v1.1 update are user-definable cue points and a headphone mix.
NetworkPrioritizer can handle unweighted and weighted networks with user-adjustable effect of the edge weights on the computed centralities (Opsahl et al., 2010) (Fig. 1a).
In this research, experimental and computation analysis are used to design the flexible porous burner (FPMB), with adjustable cooling effect.
The TPGS-COOH on the NP surface was designed to conjugate folate-NH2 with advantage to make the targeting effect adjustable.
The electronic game features vibrant light and sound effects, adjustable volume control, and high score memory.
The effect of adjustable parameters on the vibration features and the effect mechanisms of multiple time delays are discussed in details based on the method of multiple scales.
In this study, we used the coaxial nozzles, in which the level of the inner nozzle-end can be adjustable to clarify the effect of the balance level of the inner and the outer nozzle-ends on the physical properties (e.g., morphology, specific surface area, crystallinity, and graphitization degree), which will also affect the electrical properties of the obtained HCNFs.
The car also uses the adjustable suspension to great effect, providing a smooth, compliant ride suitable for daily driving.
Furthermore, the presented equivalent dampers will provide an alternative choice for the effective vibration absorbers, because the damping effects of the equivalent dampers are dependent on the physical properties of their constituent parts (i.e., the springs, the dashpots and the lumped masses) and will be more flexible (or adjustable) than the damping effects of the classical dampers.
The effect of the adjustable parameters of the device is investigated, including resistance, pulse frequency, and pulse duty cycle.
