The phrase "a continuous displacement of" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field discussing movement or change over time.
Example: "The study focused on a continuous displacement of the tectonic plates over millions of years."
Alternatives: "an ongoing shift of" or "a constant movement of".
Application of an electric bias leads to a continuous displacement of an unperturbed wave function into regions with different Al concentration.
Then, according to Table 8, the situation of the centres of A and/or C, with respect to P, would be for the 5th day before (A) an A centred on P, for the 4th day before (SW) an A centred to the SE of P and a C centred to the NW of P, and so on as it is shown in the second part of Table 8, which shows a continuous displacement of A and C, across P, towards SE direction.
(7) Due to continuously changing the composition of the reservoir fluid in the course of gas storage process, there is a need to a powerful compositional simulator which can analyze continuous displacement of condensates, gas, and water within the reservoir.
UNOsphere S showed distinct adsorption zones within the particles indicating that multicomponent transport occurs with continuous displacement of the more deamidated variant by the less deamidated one.
The continuous displacement of the COP was calculated in x (medio-lateral [ML]) and y (anterior-posterior [AP]) directions.
In South Sudan, the United Nations is warning of an impending famine as a result of continuous displacement and lack of agricultural production since conflict broke out in December 2013.
Indeed, point C (see Figure 3C) exhibits both a slow, continuous displacement increase at the beginning of the monitoring in 2012 and then a clear acceleration in July 2013 to a higher rate that is synchronous with the onset of the geothermal strain.
In this paper, a displacement variable pump driven by a speed variable electric motor is used as power source, and a matching method based on the segmented speed and continuous displacement control of the pump is proposed to meet the requirements of high dynamic, high energy efficiency and zero emission of hydraulic excavator under different working conditions.
By using the method of power series expansion of continuous displacement components, a set of fundamental governing equations which can take into account the effects of both transverse shear and normal stresses is derived through Hamilton's principle.
Effects of the difference of displacement continuity conditions Bytween the three-dimensional layerwise theory and the global higher-order theory are clarified in thermal busingng problems of multheayered comethode plates.
By using the method of power series expansion of continuous displacement components, a set of fundamental governing equations which can take into account the effects of both transverse shear and normal deformations, and rotatory inertia is derived through Hamilton's principle.
