Sentence examples for for performance stability from inspiring English sources

Additionally, when all experimental groups were performing at asymptote, rats were evaluated for performance stability by changing the location of their start position in the OFTM.

In peach breeding, suitable identification methods for performance stability studies as well as the associations between stability parameters are poorly understood.

Electrical bias stress measurements which can serve as a figure of merit for performance stability for a TFT device reveal Sr- and Ba-doped semiconductors to exhibit enhanced electrical stability and reduced threshold voltage shift compared to IGZO irrespective of the process temperature and preparation method.

The operation of present day tokamak and future machine like ITER is more and more demanding in terms of plasma control both for increasing plasma performance, stability and ensuring machine protection.

The neural networks based on the ART architecture have two fundamental characteristics that are extremely important for the network performance (stability and plasticity), which allow the implementation of continuous training.

Conventional 2-electrode HE5050/MCMB pouch cells stored at NZV or open circuit for 3 days had nearly identical rate capability (up to 5C) and discharge performance stability (for 500 cycles under a 30% depth of discharge low-earth-orbit regime).

The anode exit reservoir can significantly improve cell performance stability for parallel and serpentine flow fields, but has no significant effect on interdigitated flow fields.

In this study, four upscaling methods (simple average, block kriging, model-based, and apparent-thermal-inertia-based) are inter-compared according to their performance stability for evaluation of soil moisture estimated by assimilating microwave signals into a land surface model.

Under dry conditions, the MPL is found to have a minimal effect on cell performance, except for improving ohmic transport and performance stability.

In this procedure, the choice for the EFC control architecture is underpinned and guidelines for the loop-shaping of this tele-operation controller for performance and stability robustness are given.

Artificially assembled and maintained trophic systems require real-time measurement and control of environmental and biological variables, either because these are part of the system's purpose, as it occurs in biosensing, or because they are needed for performance and stability, as in closed ecological life support systems (CELSS).