Operational challenges like supply flexibility, process scale turndown, equipment complexity, fault recovery, and aseptic sampling have to be addressed.
Microfluidics provides unique design flexibility, process control and parameter predictability, and also offers ample opportunities for modular production setups, allowing process feedback for continuously operating production and process control.
Recently, ion/block copolymers (BCPs) hybrids have become highly attractive materials due to their flexibility, process stability, self-assembling ability and novel features of inorganic components such as electronic, magnetic and optical properties [1 3].
In the last part of that quote Singer begins to touch another flexibility process: perspective taking and the importance of distinguishing the person who is aware from the content of which one is aware.
This strategy shows the direct relationship between BPS and process flexibility, particularly functional process flexibility.
The indirect-mode JPS process has excellent size uniformity, materials flexibility and process stability, permitting great potential for broad applications.
Recently, artifact-centric process modeling has been evidenced with higher flexibility in process modeling and execution than traditional activity-centric modeling methods.
It includes seven enablers for adaptability, categorised under design flexibility and process flexibility.
Although the focus of patching is flexibility, the process itself follows a pattern.
Taking advantage of standard equipments flexibility, the process has been successfully scaled up to 300 mm.
As a result of this flexibility, the process of supplying system components will be easier.
