The phrase "connecting unit" is correct and usable in written English.
It can be used in contexts where you are referring to a component or device that links or integrates different systems or elements.
Example: "The connecting unit allows for seamless communication between the two devices, enhancing overall functionality."
Alternatives: "linking component" or "integration module."
Recent research in drug discovery aimed to introduce the 1,2,3-triazole moiety as a connecting unit to link together two or more pharmacophores for the design of novel bioactive molecules.
Starting from the pharmacophore model for HDAC inhibitor design, a novel series of hydroxamates bearing a uracil moiety as connecting unit (CU) has been prepared and tested.
Two new hyperbranched phenylene vinylenes (HPVs) with triphenylamine as the core, 2,5-dihexyloxyl substituted phenylene vinylene as the connecting unit, and electron-donating triphenylamine or electron-deficient nitrobenzene as the different terminal groups were synthesized by modified Wittig polymerization reaction.
Current lithium-ion battery management systems require a huge amount of connecting units for monitoring and controlling single cells.
The proposed topology consists of various series connected units including symmetric cascaded multilevel inverter.
Furthermore, there is a huge continuous space of geometric parameters where the connected units make contact due to the complex dependencies of their movements.
Experimental tests of example systems consisting of two and three serially connected units are presented showing that the proposed system can increase power generation as much as 30%, compared to the conventional bypass diode structure.
A typical problem is how to generate partitions of a network in order to establish clusters, groups of tightly connected units.
Communities or modules are groups of nodes forming tightly connected units that are only weakly linked to each other; they reflect topological relationships between elements of the underlying system and represent functional entities [5], [6].
The simplest way to collate GO and interactome data is to characterize from PPI results groups of densely connected units, i. e. modules [ 12- 15] and then to establish whether modules are statistically enriched for particular GO terms.
We also demonstrate that the electronic structure of the 2D networks is sensitive to the rotation of the phenyl unit connecting phenalenyl units by changing the π electron network.
