The phrase "assembly of the system" is correct and usable in written English.
It can be used when referring to the process or act of putting together components of a system, often in a technical or engineering context.
Example: "The assembly of the system took longer than expected due to missing parts."
Alternatives: "construction of the system" or "integration of the system".
Starting when they returned to school in September, student volunteers, who received free pizzas for their labor, helped with the assembly of the system, essentially an array of large refrigerators to keep the computers from overheating.
The assembly of the system is simple, and the materials used are inexpensive.
Results of start-to-end simulations carried out to optimize the performances of the whole system are presented, as well as the status of the construction and assembly of the system components.
Furthermore, numerical examples are used to show how reduced-order models are computationally feasible for reducing CPU time as long as the computational expense incurred in solving the associated systems of linear equations is significantly higher than the computational expense related to the assembly of the system of equations.
In this paper we introduce the robust random number generation problem where the goal is to design an abstract tile assembly system (aTAM system) whose terminal assemblies can be split into n partitions such that a resulting assembly of the system lies within each partition with probability 1/n, regardless of the relative concentration assignment of the tile types in the system.
Moreover, it facilitates a reversible assembly of the system on the membrane, thus giving rise to the possibility of self-repair by a simple heating/cooling cycle.
Once the assembly of this system set up, the infusion was started, 150 mL the colored solution was graudally collected at the line outlet in 5mL fractions which content was assessed by UV-visible-spectrophotometry at 550nm.
The reason of this sudden change in behavior is that the tributaries length is limited by the presence of the neighbor assembly of fins: the system becomes "locked" and has no more freedom to morph.
We conclude a model in which multi-protein building blocks enable rapid and modular self-assembly of adhesion sites and symmetric exchange of these building blocks preserves their specifications and thus the assembly logic of the system.
This allows to define a new assembly consisting of the system in the environment.
Nonlinear analyses were executed to simulate the assembly process of the system and to determine the load bearing capacity of the deformed system under vertical loads.
