The phrase "apparatus could be" is correct and usable in written English.
It can be used when discussing the potential or capability of a device or system in various contexts, such as scientific, technical, or theoretical discussions.
Example: "The apparatus could be modified to enhance its efficiency in the experiment."
Alternatives: "device might be" or "system can be".
In one view, the Obama apparatus could be integrated into the Democratic Party and be run through the Democratic National Committee.
His own oxygen is believed to have run out, which starkly illustrated how dangerous any rescue involving diving apparatus could be.
For businesses that do extensive grinding, the grinding apparatus could be inside an airtight housing with a vacuum that draws away the particles.
In a paper published a few months later, Popov suggested that such an apparatus could be used for the reception of signals from a man-made source of oscillations, provided a sufficient power source became available.
For the measurement of inaccessible lengths it was therefore better to use some simple form of "range-finder". Such an apparatus could be made with a set of small mirrors arranged in such a manner as to direct two images of the distant object into an eye-piece, with a fixed prism in the path of one of the incident beams.
The Ilizarov apparatus could be used for this challenging situation.
With a deeper fundamental understanding of the occurring heat transfer mechanisms both design of existing and development of innovative apparatuses, could be more straightforward since the mentioned existing correlations cannot be applied flawlessly to other conditions, due to specific simplifications and assumptions.
Earlier this year, he was seeking to secure its future, particularly a project to develop a village-size leaf fractionation apparatus which could be built and used in Nigeria.
PPPL physicists Manfred Bitter, Kenneth Hill and Philip Efthimion received a patent award in the imaging systems category for "Objective for EUV Microscopy, EUV Lithography". Their invention is an X-ray imaging apparatus that could be used to produce the next generation of integrated circuits.
The data raise the possibility that the olfactory mucosa may have a significant transport apparatus which could be important in the design of new therapeutic approaches for direct nose-to-brain transfer of drugs and olfaction.
However, the procedure is to be avoided in patient with skull defect or with pacemaker, cardiac lines, metal in the head (electrodes, stimulation devices) or other apparatus that could be influenced (dislocation, induction of electric currents) by magnetic field.
