The phrase "alignment control system" is correct and usable in written English.
It can be used in contexts related to engineering, technology, or systems management where the focus is on maintaining or adjusting alignment within a system.
Example: "The alignment control system ensures that all components are properly aligned to prevent mechanical failure."
Alternatives: "alignment management system" or "alignment regulation system".
The platform consists of a basic AFM measurement system, microfluidic AFM chip, fluidic interface, automated substrate alignment, external pressure control system and controlled climate near the dispensing area.
In this paper the performances of the Automatic Alignment sensing and control system in the Virgo gravitational wave detector, during the second scientific run from July 7th 2009 to January 8th 2010, are described.
Subsequently, within a range between 400 and 700 km, the choice of orbit altitude is driven by the desire to maximize the link time, relax requirements to the attitude control system as well as alignment considerations and the power budget.
Large sound reductions from these systems have been made possible through: (a) synthetically generating the cancelling sound and synchronizing with the primary source; (b) automatic alignment of all stability regions of the control system and; (c) avoiding instability produced by these multi-channel systems.
In this paper a novel air spring mounting system (ASMS) for propulsion system is proposed consisting of air spring subsystem, alignment control subsystem and safety protection subsystem.
A description is given on how the design of the attitude control system uses the possibility to control the alignment of the thrust vector in order to reduce the momentum build-up.
The postural control system regulates these body oscillations by maintaining the vertical alignment of the body segments.
The various parts in this system constitute a basic AFM measurement system, a microfluidic chip, an automated substrate alignment, a humidity chamber and a microfluidic interface connected to an external pressure control system.
In measurements in vitro a custom eye holder allowed alignment of the eye to the instrument as well as implementing the IOP control system.
A design of high-precision angular position control system for calibrating high intensity focused ultrasound (HIFU) is presented with alignment procedures.
