The phrase "a water orientation" is correct and usable in written English.
It can be used in contexts discussing a focus or perspective related to water, such as in environmental studies or design.
Example: "The project has a water orientation, emphasizing sustainable practices in water management."
Alternatives: "a water focus" or "a water perspective".
This is most clear from studies of infants, where adult-like patterns of fractional anisotropy (FA, a rotationally invariant metric of tissue water orientation derived from DTI) are apparent at birth, reflecting fiber architecture and coherence.
On the other hand, the wider and hydrophobic SF of the aquaglyceroporin GlpF allows more water-water interactions and thus favours a water dipole orientation parallel to the channel axis [ 31, 32, 35].
As opposed to SPC/E water, an applied potential does not induce preferred water orientation for mCF water in the middle of the electrolyte, despite the fact that interfacial OH and H3O ions cannot completely screen the electrode potential.
The optimization of the cell, molecular positions and orientations, and torsion angles to protons in these structures, using CrystalOptimizer, clearly suggests that the HY0.25 will have water orientation I. Orientation II has a much smaller stabilization energy by over 7.5 kJ mol 1.
Namely, the pipe-in-pipe construction provided the water orientation change several times while passing through the unit, making inertia one of dominant separation mechanisms.
In addition, FO water flux of membranes prepared using 0.31 and 1.25 mg/L of MWCNTs solutions have also been enhanced up to 29% without compromising the solute flux in the active layer facing feed water orientation using 0.5 M MgCl2 solution as the draw solution and deionized water as the feed water.
Thus the unique amino acid composition of the SF of AqpM appears to influence the water orientation in this zone of the channel.
Both parameters P 1 z) and P 2 z) serve as indications of the average alignment and orientation of the water dipole relative to the channel axis and thus permit the prediction of the water orientation inside aquaporin channels[ 31- 35].
The differences in water orientation between the single water-mediated O1⋅⋅⋅Hw-Ow⋅⋅⋅Hn4 interactions in Figure 4 b may be indicative of slightly different energetic configurations of these interactions from MD versus EPSR simulations.
Key biophysical parameters were estimated from the MD simulation, including: single channel osmotic permeability constant (p f ), single channel diffusive permeability constant (p d ), channel radius, potential water occupancy of the channel and water orientation inside the pore.
