The phrase "adjustable phase" is correct and usable in written English.
It can be used in contexts related to technology, engineering, or any field where phases can be adjusted or modified.
Example: "The device features an adjustable phase that allows users to customize the timing of the signal."
Alternatives: "modifiable phase" or "variable phase".
Here, we analyse a Michelson interferometer whose optical-spring cavity includes an additional optical-parametric amplifier with adjustable phase.
In theory, electrostatic phase plates are superior to thin-film phase plates since they do not attenuate the scattered electron beam and allow freely adjustable phase shifts.
The complex envelope approach is used to implement the narrow-band filtering with an adjustable phase shift compensation within the nonlinear controllers.
Different classes of preceramic polymers are briefly introduced and their absorption properties with adjustable phase compositions and microstructures are presented in this review.
Electrochemical reduction converts the designed ceramic microstructure to corresponding cellular Fe/Fe3O4/Fe2O3 composites with adjustable phase distributions and high prospects for applications in heterogeneous catalysis or other applications, based on unique combinations of active functionalities of metallic Fe, magnetite and hematite.
In the next few years, rotary, portable, movable and reconfigurable glazing systems, nanoencapsulation of the PCMs, and systems with adjustable phase change temperature are anticipated to emerge.
The transducer output is passed to a filter, then to a phase shifter which applies an adjustable phase-shift, to a variable-gain amplifier, and finally to a shaker which is attached to the mass.
The G1- and S-phases of the cell cycle therefore operate as adjustable phases in INM that allow nuclei in the VZ to be dynamically arranged as a whole to minimize the imbalance in nuclear density and avoid disorder in the neuroepithelium.
In segmented undulator systems with adjustable gaps, phase shifters are needed to exactly control the phase retardation between electrons and the radiation field over the entire length.
In simulation, we furthermore demonstrate additional applications including shift-only focus changing, adjustable cubic phase plates and time-multiplexed diffractive lenses.
A two-shell electrical cell model was used to fit the data starting from known structural parameters and adjustable electrical phase parameters.
