The phrase "auxiliary element" is correct and usable in written English.
It can be used in contexts where you are referring to a supporting or additional component that aids in a process or system.
Example: "In the design of the software, the auxiliary element plays a crucial role in enhancing functionality."
Alternatives: "supporting component" or "additional factor".
An outer-membrane efflux protein (i.e. CzcC, CnrC) functions as an auxiliary element to export metals and is characterized by a channel formed by 12 beta-sheets extending further into the periplasm by alpha-helices.
However, mutations in an auxiliary element required for pre-mRNA splicing within exons were found more recently.
Since this mutation does not alter any recognized enhancer or suppressor sequence, this data lend further support to the hypothesis of the presence of a different auxiliary element in this exonic region [ 23].
Should you introduce some auxiliary element in order to make its use possible?
The auxiliary elements that produced most of the pressure drop in a sand filter were identified.
To this purpose, there are a great number of physical devices, such as sensors, actuators, auxiliary elements, tools... which can be incorporated into a robot.
Additionally, a role has been described for auxiliary elements of E3s in enhancing ubiquitin release from the E2, either through binding to the E2 (e.g. for gp7821,22 and AO7 23 or to the donor ubiquitin on the E2 (e.g in Cbl 24.
Constant-breadth cam mechanisms are characterized by the fact that the closure of the cam-follower contact is guaranteed thanks to the geometry and, therefore, auxiliary elements as springs are not necessary.
However, a large part of the pressure dissipated is caused by auxiliary elements of the filter and this could potentially be reduced without reducing the effectiveness of the filtration process.
The results for the tanks showed that the different internal auxiliary elements significantly affected head loss, with the backwash flow direction generating values higher than the filtering flow direction for all evaluated equipment types.
The objectives of this study were to evaluate three commercial sand filter models, to study the effects of the internal auxiliary elements (the diffuser plate and the underdrains) and its interaction to sand particle size and media bed depth on the head loss as a function of the water flow velocity at clean water conditions.
