The phrase "an optimal volume of" is correct and usable in written English.
It can be used when discussing the ideal amount or quantity of something in a specific context, such as in scientific, technical, or business writing.
Example: "To achieve the best results, it is essential to maintain an optimal volume of the solution during the experiment."
Alternatives: "an ideal amount of" or "a suitable quantity of".
To obtain an optimal volume of acetone, was performed by several experiments using different volumes of acetone contains (300, 500, 750, 1000, 1500 and 2000 μl) and various volumes of chloroform (88, 100, 150, 200, 300 and 350 μl).
It is proposed that this model, based on optimizing the oxygen-carrying capacity of the microcirculation using hand-held microscopy, may provide a physiological basis for administering an optimal volume of fluid to the individual patient [ 89].
The relative viscosity increase induced by the magnetic field reaches a maximum for both considered shear rates: γ⋅= 7.85s-1 and γ⋅= 88.41s-1 and it was revealed an optimal volume fraction of Fe particles, φFe= 20%, corresponding to a total volume fraction of φtot≈38%, at which the magnetoviscous effect has its maximum value.
The simulation results indicate that there is an optimal volume fraction of the nanoparticles at each Rayleigh and Richardson number for which the maximum heat transfer rate can be obtained.
Moreover, it is found that there is an optimal volume fraction of the nano-particles at each Rayleigh number in which the maximum heat transfer rate can be obtained.
The simulation results indicate that there is an optimal volume fraction of the nanoparticles for each Rayleigh number and Richardson number at which the maximum heat transfer rate occurs.
An optimal volume ratio of nitride particles to HGMs of 1 1 is determined on the basis of overall performance of the composites.
In transplanted patients, dietary sodium may have important effects on proteinuria, control of hypertension, and maintenance of an optimal volume status [ 49].
All patients receiving contrast media should have an optimal volume status at the time of exposure.
Unresolved issues in the development of physical treatments include optimization of stimulation parameters, identification of the optimal volume of brain to be stimulated, development of adequate power supplies to stimulate the necessary areas, and a determination that stimulation itself does not promote epileptogenesis or adverse long-term effects on normal brain function.
