Sentence examples for development of reusable from inspiring English sources

Supported by this platform, the workflow of developing open CNC systems includes two correlated courses: the development of reusable CNC components, and the construction of an application system with these reusable components.

SpaceX is the only competitor that currently sees a sufficiently elastic market on the demand side that justifies the costly development of reusable rocket technology and the expenditure of private capital to develop options for that theoretical market opportunity.

This enabled the design and development of reusable chemical switch based dual optoelectronic sensor, for monitoring of traces of nitrite in environmental and food samples.

The development of reusable learning objects can help expand the repository of material that educators and librarians can access, embed, or modify for their instructional use.

The power of data analysis and information processing is utilized for achieving rapid validation and for the development of reusable testplans.

In this paper we present a model-independent, multi-level, closed loop approach to software reuse that makes tuning of reuse systems mostly automatic, and includes a reward system for development of reusable components.

Such figures depend on the development of a reusable launch vehicle (RLV) as efficient and reliable as an airliner.

The frequency of U.S. spaceflights in the 1960s and '70s led to the development of a reusable, low-orbital-altitude space shuttle.

In the early 1970s, following on the success of Apollo, NASA strove to sustain its manned space program with the development of a reusable space transportation system, or space shuttle.

Now, itwants to divide that money between the space station (allowing crews to do some actual science there) and the development of a reusable "orbital space plane" (OSP) that would be launched on top of a cheap expendable rocket.If the request is approved, it will represent a big change of strategy, since research has already started on a fully reusable vehicle.

We expect that our results could contribute to the development of highly reusable antifouling membranes coated with inorganic nanocomposites.