The phrase "actively controlling for" is correct and usable in written English.
It is typically used in research or statistical contexts to indicate that certain variables are being accounted for in an analysis to isolate the effect of other variables.
Example: "In our study, we are actively controlling for age and socioeconomic status to better understand the impact of education on health outcomes."
Alternatives: "actively accounting for" or "actively adjusting for".
*Glimepiride (n = 781), voglibose (n = 162), † One phase 3 trial was both placebo controlled (for the first 12 weeks) and actively controlled (for the first 26 weeks) and therefore the included 319 linagliptin patients are presented in both parts of the table.
Static feedback laws for actively controlling the pivot motions are also considered and the dynamics in the controlled cases is compared with the dynamics in the corresponding uncontrolled cases.
How we represent ourselves online matters – though it probably matters more for video games and virtual worlds, places where you're actively controlling an animated self.
The magnetic actuators for preloading air bearings were combined with permanent magnets and coils to adjust the air bearing clearance by actively controlling the magnetic force.
The technique can be used to design a static output feedback controller for an actively controlled structure or to optimize the eigenstructure of an analytic model for purposes of design or simulation.
An actively controlled wind tunnel for simulating the atmospheric boundary layer is described.
The objective of this paper is to present an overall approach and to point out the methods and possibilities of a virtual design for actively controlled smart systems with the intention to use the suggested approach and methods for the subsequent prototype and real active systems development.
To avoid over-voltage and over-power during un-balanced power orders, an actively controlled distributed power balance control for each port of the hub is proposed.
A mold-filling case study is presented here, demonstrating a design methodology for actively controlled injection schemes.
By virtue of the realistic implementation of this interaction, the results will also be valid for actively controlled shunts, which adapt to measured parameters of the patient's pathophysiology.
