The phrase "optimal zone" is correct and can be used in written English.
It is typically used to refer to a specific range, area, or condition that is considered most favorable or ideal for a particular activity or purpose. Example: "The gym instructor advised me to maintain my heart rate within the optimal zone for maximum fat burning during my workout." In this sentence, the optimal zone refers to the ideal heart rate range for achieving the desired outcome of burning fat.
The optimal zone on the performance of the thermoacoustic cooler is obtained by numerical analysis.
This filler was also applied to the thin-film composite membrane system, showing promising performance and placing it in the optimal zone for post-combustion CO2 capture.
In particular, orientation performance of talitrid amphipods to recover the optimal zone on the beach has been proposed as bioindicator of shoreline stability, mainly related to sedimentary dynamics and geomorphological changes.
The predicted optimal zone was situated at pH 5.5 6.5, 4.0 mM Na2HPO4 and 3.0 4.0 mM TBA. Regression models suggested linearity for the studied compounds in the range 25 200 μg selenium and arsenic per litre investigated.
The other interesting results are: (1) the current vs. voltage characteristic curve is constituted of three main linear parts, with an optimal zone (4.5 12 V); and (2) the water dissociation threshold voltage was clearly shown (12 V) and coincides with the beginning of a decrease in efficiency.
It is based on the particular evolution followed by μ k inside the optimal zone.
The resulted ten structure-based hypotheses were then refined to essential three point pharmacophore features that captured recurring and crucial non-covalent receptor contacts and proposed three characteristics necessary for optimal zone-2 binding: a conserved pair of H bond acceptor (HBA to form H bond with Asn226 residue) and an aliphatic moiety of molecule separated by 3.75 ± 0.44 Å.
In addition, a Simulated Annealing (SA -based zone-diviSA -basedgn method that can find near-optimal zone-division designs will also be proposed in this paper.
Six prescription zones were identified: from an optimal A zone (Qb > 400, DALP -200 to -250) to zones with lower Qb E (Qb < 300, DALP -200 to -250) and F (Qb < 300, DALP > -199).
Firstly, the global optimal solution zone can be obtained through particle swarm optimization process, and then the refined search of the global optimal solution will be achieved through the modified Nelder Mead simplex algorithm.
Farms operating outside the optimal operational zone most likely have opportunities to improve their nutrient use efficiency.
