"extend the usage" is a correct and usable phrase in written English.
You can use it when referring to the expansion or broadening of an activity, idea, or concept. For example, "The new version of the software has been designed to extend the usage beyond the current customer base."
Recent developments in this technology extend the usage to 3-axis response and frequency bandwidth to 1.2 GHz.
Monarch is in no hurry, saying "At this point in time, there are no immediate plans to extend the usage of electronic devices.
To extend the usage of the terahertz wave, we present a simple method for variable focus length terahertz wave lens based on graphene.
However, given the limitations of network bandwidth, latencies, and devices battery life, new solutions are needed to extend the usage of mobile devices.
If proven this method would extend the "usage life" of the 171,400 tonnes of the country's known uranium deposits, which previously were forecast to last less than 70 years.
Wireless data communications in form of Short Message Service (SMS) and Wireless Access Protocols (WAP) browsers have gained global popularity, yet, not much has been done to extend the usage of these devices in electronic learning (e-learning).
This finding extends the usage of imidazolin-1-yl azines for bioactive compound library design.
Future research suggestions and directions in improvising and extending the usage of these estimators in various chemical operating units are also presented.
While it has a clear historical sense in the use of dissembling under unpropitious political circumstances – Protestants under Mary, Catholic recusants under Elizabeth, the "Family of Love" under everyone – MacCulloch extends the usage to analyse the Nicodemism of gay Anglo-Catholics, a kind of liturgical polari, which was ironically threatened by increased liberalism in other parts of the church.
In addition, several application examples will be demonstrated, which proves that the realization of high-performance and low-power readout circuits can actually enable the implementation of miniaturized and comfortable biopotential acquisition systems extending the usage of such systems towards non-clinical applications.
The successful incorporation of DOXY onto 3-D scaffolds and its controlled release from scaffolds extends the usage of nano-fibrous scaffolds from the delivery of large molecules such as growth factors to the delivery of small hydrophilic drugs, allowing for a broader application and a more complex tissue engineering strategy.
