"dense fluid" is a correct and usable phrase in written English.
You can use it to describe a substance that is thick and viscous. For example, "The dense fluid was so hard to pour out of the jug."
Its secret seems to be its proximity to a major university, Stanford, and a dense, fluid concentration of interrelated high-level talent, capital, and technology within easy driving range — not serendipitous pedestrian culture.
The vibration and the acoustic radiation of a baffled rectangular plate in contact with a dense fluid is considered.
In the zone that initially contained the dense fluid, a buoyant plume ascends resulting, over time, in a vertical density stratification through a filling-box process.
The name mucosa comes from mucus, a dense fluid enriched in glycoproteins, such as mucin, which main function is to protect the delicate mucosal epithelium.
Various issues related to dense fluid atomistic continuum techniques are discussed and contrasted to the already existing but less general dilute gas techniques.
An energy finite element analysis (EFEA) formulation for computing the high frequency behavior of plate structures in contact with a dense fluid is presented.
Despite many attempts, there is still no satisfactory theory of the transport properties of dense fluids.
Accurate thermodynamic property data of dense fluids and supercritical fluids are important in many scientific investigations and engineering applications.
We present a hybrid atomistic continuum method for multiscale simulations of dense fluids.
Transport coefficients of dense fluids are usually described by some empirical extension of the Enskog hard-sphere theory or more commonly by some version of a principle of corresponding states.
The knowledge of the diffusion coefficient of a molecule in dense fluids at a given density and temperature plays an important role in many chemical processes.
