The phrase "achieve maximum capacity" is correct and usable in written English.
It can be used in contexts related to optimizing performance, efficiency, or utilization of resources, such as in business, engineering, or logistics.
Example: "Our goal is to achieve maximum capacity in our production line to meet the increasing demand for our products."
Alternatives: "reach full capacity" or "attain optimal capacity".
As for DF protocol, (C_{k}^{i}) can achieve maximum capacity when the signal to interference plus noise ratio (SINR) at R k equals to that at D, then we can have the following relation for the i t h subcarrier as [23] a_{k}^{i}P_{SR_{k}}^{i}=b_{k}^{i}P_{R_{k}D}^{i} (4).
For most indoor applications, this inter-element spacing is still applicable; however, for V2I systems, such spacing cannot be used to achieve maximum capacity due to the larger distance between RX and TX, which tends to reduce the angular spacing and hence to increase correlation between subchannels.
It is shown that a proposed scheme achieves maximum capacity for various positions of relay in a dual-hop system.
The capacity-based algorithm selects a user that achieves maximum capacity first, and successively finds another user which has maximum sum capacity based on greedy algorithm.
The best geometry and orientation of the geogrid layers were determined to achieve maximum bearing capacity for closely spaced square footings.
The first part of the paper deals with optimising a uniform thickness GFRC section to achieve maximum flexural capacity at minimum weight.
In addition, multiobjective optimization design (MOD) of the MCT tube is performed by adopting multiobjective particle swarm optimization (MOPSO) algorithm to achieve maximum SEA capacity and minimum PCF with and without considering load angle uncertainty effect.
In addition, based on the developed models of the SEA and F, multi-objective optimization design (MOD) of the oblong tube system is carried out by adopting a desirability approach to achieve maximum SEA capacity and minimum F. It is found that the optimal design of FIU can be achieved if the tube diameter and tube width are set at their minimum limits and the maximum tube thickness is chosen.
For one issue, to achieve maximum system capacity, the optimal transmission of covariance matrix is essential to the optimal transmitter.
The activated carbon prepared at maximum temperature (850 °C) and minimum activating agent concentration (1.50 mol/L) can achieve maximum adsorption capacity (66.8 mg/g).
Joint optimization of the key system parameters, such as range expansion bias, power reduction factor, scheduling thresholds, and duty cycle of reduced power subframes, is performed to achieve maximum aggregate capacity and proportional fairness among users.
