The phrase "application capacity" is correct and usable in written English.
It can be used in contexts related to the ability or potential of an application, such as software or systems, to handle tasks or processes.
Example: "The application capacity of our new software allows it to manage thousands of users simultaneously without performance issues."
Alternatives: "software capability" or "application capability".
Knowledge application capacity underpins the emergence of the application process and the advancement of knowledge through it.
In order to improve the application capacity of the MFC, a system combining an anaerobic fluidized bed (AFB) and a MFC was designed in this study.
These results illustrated that HA-SH hydrogels with controllable gelation process, intelligent degradation behavior, excellent biocompatibility and convenient operational characteristics supplied potential clinical application capacity for tissue engineering and regenerative medicine.
The knowledge application process that emerges across our participant organizations is highly complex, iterative, and reliant upon a facility's knowledge application capacity, or absorptive capacity to effect change through learning.
The new application environment capacity is generated by considering two factors: the secondary metric data-reflected capacity; the current combined CPU utilizations of all involved VMs towards the specified green limit.
For this reason, a new design methodology, based on a rigorous application of "capacity design" criteria has been recently proposed.
Such process intensification has been analysed for the first time in terms of space intensification, application flexibility, capacity flexibility, energy reduction parameter and cost advantage parameter.
The need for a miniaturized flow pump based on size, application and capacity has driven the evolution from robust size pumps to MEMS based pumps.
Process intensification measured and analysed in terms of space intensification, application flexibility, capacity flexibility, energy saving and cost advantage parameters indicate development of an economically viable green process.
With the rapidly increasing number of user application, the capacity of current EPON has quickly become insufficient and upgrading its architecture with the wavelength division multiplexing (WDM) technology has become a natural choice.
Coordination was an ongoing and integral part of the project that supported the learning and application and capacity strengthening components.
