The phrase "accelerating liquid" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or fluid dynamics, where the behavior of a liquid is being described as increasing in speed or velocity.
Example: "The experiment involved an accelerating liquid that flowed through the pipes at varying rates, demonstrating the effects of pressure changes."
Alternatives: "speeding liquid" or "flowing liquid".
This novel actuator based on Lorentz body force uses a direct-current conduction pump to accelerate liquid metal within a circular channel structure.
In particular, Housner (1957) first presented the simplified formulae to compute the dynamic pressures developed on accelerated liquid containers and successively (Housner 1963) studied the dynamic behavior of ground-supported elevated water tanks considering equivalent spring mass systems.
Unlike vertical beds for which drainage occurred according to a quasi-plug flow of the liquid core region, drainage of inclined beds underlined 3D liquid flow structures with liquid-rich lowermost cross-sections which accelerated liquid withdrawal.
The accelerated liquid meal transition through the small intestine results in gastrointestinal symptoms (abdominal pain, diarrhea, borborygmi, nausea and bloating) and vasomotor symptoms (fatigue, facial flushing, hypotension and perspiration) that are classified as an early symptom of dumping syndrome.
In an accelerating thin liquid film, it is possible for a location to exist in which the flow field passes from subcritical flow, in which waves affect both upstream and downstream locations, to supercritical flow, in which all waves propagate downstream.
We developed novel laser carved micro-crack (LCC) paper-based channels to significantly accelerate the liquid flow without an external pump.
The present experimental investigations show that most of bubbles accumulate near the wall, the violent accumulation of bubbles accelerates the liquid flow near the wall for the case with a relatively high void fraction, and it also reduces the liquid-phase turbulence intensity and Reynolds shear stress near the wall for the present two cases.
The gas bubbles were accelerated by liquid inertia in a very short distance after injection but downstream of the bubbly flow, the local gas phase velocities followed closely to the local liquid phase velocities.
The analysis showed accelerating melting, with liquid water having disturbed the top thirty meters of the frozen core, erasing the seasonal patterns of the two decades of the record.
In fact, experiments by Textor et al. (2006a) indicated that acid solutions (i.e., mixtures of water and soluble gases like SO2, H2S, HCl, and HBr), or soluble salts, coating particles, are able to lower the freezing point of ice, increasing the mass of liquid water, accelerating aggregation processes, due to an increase in liquid water availability (Textor et al. 2006b).
