The phrase "and augment the performance" is correct and usable in written English.
It can be used when discussing improvements or enhancements to the effectiveness or efficiency of a system, process, or individual.
Example: "We implemented new strategies to optimize our workflow and augment the performance of our team."
Alternatives: "and enhance the performance" or "and improve the performance".
These innovations provided the evolutionary release from constraints that allowed the implementation of an AIS: whereas adipocytes buffer against the sudden metabolic demand associated with the activation of an AIS, vascular innovations decreased the cost of mobilising an antibody-based immune response and augmented the performance of an AIS (e.g., promoting affinity maturation).
Due to the blockage effects in the presence of the baffles, more fuel gas in the flow channel can be forced into the gas diffuser layer (GDL) and catalyst layer (CL) to enhance the chemical reactions and then augment the performance of the PEMFC systems.
Walsh's work focuses on applying soft robotic systems to help individuals overcome disabilities, and to augment the performance of able-bodied people.
Up to 72 thermocouple modules were prepared incorporating both series and parallel connections to augment the performance resulting in a max efficiency of 0.85% for the couple and electric power of 2.43 mW at temperature of 723 K.
An interactive hybrid evolutionary computation (IHC) process for MEMS design synthesis is described, which uses both human expertise and local performance improvement to augment the performance of an evolutionary process.
The results show that increasing the heat capacity ratio and dimensionless heat transfer coefficient tend to augment the performance coefficient, whereas an increase in the dimensionless heat of sorption worsens performance.
In the near term, a memory technology like this could be used to augment the performance of data centers and thus expand the kinds of applications possible thanks to cloud computing.
This paper presents a novel design of the rectangular parallelepiped within the interdigitated flow field to augment the performance of a PEM fuel cell by simulation and experiment.
Adaptive interfaces can augment the performance of human operators by aiding in information management and other cognitive tasks in real-time.
