The phrase "adequate gaps" is correct and usable in written English.
It can be used when discussing the sufficiency of spaces or intervals in various contexts, such as design, planning, or analysis.
Example: "In order to ensure proper airflow, it is essential to maintain adequate gaps between the ventilation panels."
Alternatives: "sufficient spaces" or "appropriate intervals".
Low thickness of the rectangle cathode, adequate gap-width between the cathode and the workpiece, large flow rate of the electrolyte, or high working temperature corresponds to high etching rate for ITO thin-film.
There was adequate gap and the articulating surfaces were lined by a healthy lining of cartilage, beneath which was the bony trabeculae.
Certainly, both partial pressure of carbon dioxide gaps have demonstrated their prognostic value in different conditions [ 11- 14], and a cutoff value of 6 mmHg seems to reflect whether global flow is adequate (gap >6 mmHg) or insufficient (gap ≥6 mmHg).
Although adequate gap control in knee extension and flexion is important in both CR and PS TKR and sacrificing or sparing PCL influences the equality of the extension and flexion gap, there is no criteria for preserving or sacrificing PCL that consider the gap situations of each knee.
As he described, from a view point of gap adjustment, it seems that some knees are not suitable for a PCL-retaining component and some are not suitable for a PCL-substitute component and it is difficult to decide pre-operatively which to use for an adequate gap.
A smaller or bigger bone resection than 4 mm could be chosen for an adequate flexion gap as with the gap technique.
To attain an adequately sized femoral component in cases where the extension gap is larger than the flexion gap, it is necessary to create an adequate flexion gap by cutting the PCL (groups 3 and 4, Fig. 3).
A recent study also reveals that conjugate polymer containing amide linkage and thiophene unit has good thermal stability, adequate band gap about 2.21 eV, and strong 2-photon absorption [20].
Among of them, TiO x is one of the most promising materials owing to its fab-friendly, good thermal stability, adequate band gap (~3.0 eV) for low leakage, high dielectric constant (κ ~ 80), and so on [13].
