The phrase "assembly phase" is correct and usable in written English.
It can be used in contexts related to manufacturing, project management, or software development, referring to the stage where components are put together.
Example: "During the assembly phase, all parts must be carefully inspected to ensure quality control."
Alternatives: "construction stage" or "integration phase".
Numerous factors related to the assembly phase affected the shape of the mock-up.
In fact the nominal actual gap is completely annulled by local plastic strains in assembly phase.
The tracker is described and selected performance results from the assembly phase and particle beam measurements are reported.
During the assembly phase of the ISS, science operations are lower in priority than the construction of the station.
Electrical insulations of those gaps shall be verified before and during the assembly phase of the various components.
During the assembly phase, the radiation risk has been minimised by the construction of a protective wall right beside the reactor building.
By establishing such comprehensive relationships and identifying related relationships among several lifecycle phases, it is then possible to undertake the product design and assembly phases concurrently.
The fabrication of complex structures is achieved through self-assembly of distinct heterogeneous shapes (i.e., self-organised optimisation among competing DNA basic shapes) with total flexibility during the design and assembly phases.
The upper cyclohexane phase functioned as both substrate supply and product assembly phases, whereas the electrochemical reactions took place in the lower electrolyte solution phase, achieving spatial separation of the electrolyte solution phase.
Smart micro assembly techniques (such as on-the-machine assembly) together with hybrid structures (as metal inserts in polymer matrix) are suitable solutions to manufacture new micro products with several integrated functionalities, reduced number of components and assembly phases, as well as the possibility to be replicated in a high number of specimens.
In this paper a detailed description of the metrological procedures and tests and of the RFQ along its production and assembly phases will be given and it will be shown that the adopted procedure allowed the attainment of the tuning range specifications for each RFQ module.
