The phrase "liquid retention" is correct and usable in written English.
It is typically used to describe the process of holding a liquid in a container, or even the act of an organism storing liquid within their body. For example, "The flask was designed to ensure maximum liquid retention."
As expected, liquid retention value for the benzoylated BMFs was significantly reduced, confirming enrichment of hydrophobicity.
However, increased VSLR and liquid retention time did result in higher conversions, productivity, acid concentrations, but lower selectivities.
However, it leads to higher liquid retention in the alfalfa fibers and thus dehydration of the plant is less efficient.
The liquid retention ability of the cross-linked network polymer prepared from the above macromonomer was explored.
Several issues including the influence of the soil characteristics on drying profile and liquid retention have been investigated.
The transparent colorless gel sheet has the high levels of mechanical strength and ionic liquid retention required in EDLC cells.
The methane yield by inoculum 8 will likely be increased in a large scale (10 L) continuously stirred fermenter optimised for feed rate, solids and liquids retention time and automatic pH adjustment; and this study is now intended by this group.
The flowing liquid surface retention experiment (FLIRE) has been designed to provide fundamental data on the retention and pumping of He, H and other species in flowing liquid surfaces.
The results, evaluated in 1D, 2D and 3D show a liquid water retention effect at the denser layers near the surface.
Thermal, mechanical, swelling, liquid electrolyte retention and electrochemical properties, as well as microstructures of the prepared polymer electrolytes, were investigated using thermogravimetric analysis, electrochemical impedance spectroscopy, linear sweep voltammetry, and scanning electron microscopy.
The gel structures, the related mechanical properties and the liquid phase retention can be largely influenced.
