The phrase "assess closure" is correct and usable in written English.
It can be used in contexts where you are evaluating or determining the completion or resolution of a process, project, or situation.
Example: "Before we finalize the project, we need to assess closure to ensure all objectives have been met."
Alternatives: "evaluate completion" or "determine resolution".
We developed an easily reproducible experimental model using cadaveric human sterna and compared several wiring methods to assess closure strength and stability.
A platelet function analyzer (PFA-100) was used to assess closure time (CtPFA).
In addition, we investigate the observed nitrogen balance in these high-concentration experiments by comparing molar NO2 release from N2O5 (Δ[NO2]/−Δ[N2O5] in ppb units) and organonitrate formation (Δ[ANs + PNs]/−Δ[N2O5] in ppb units) to assess closure.
336 pp. ISBN: 978-0-262-51582-5, $27 Review of Closure Plans for the Baseline Incineration Chemical Agent Disposal Facilities Committee to Review and Assess Closure Plans for the Tooele Chemical Agent Disposal Facility and the Chemical Agent Munitions Disposal System National Research Councill Washington, DC:National Academies Press, 2010.
This is supported by the apparent lack of an effect of school closure in many of the studies (including some of those which did specifically assess school closure as an intervention).
This study aimed to determine whether gastrogastric (GG) fistula, with a loss of foregut exclusion, is associated with T2DM relapse, and to assess whether closure of GG fistula is associated with T2DM resolution.
In this case, the initial laparoscopy provided an opportunity to ensure there was no visceral damage and assess complete closure internally [6].
We used this feature to assess eye closure time as an indicator of drowsiness and decreased vigilance during the 3 study periods.
To assess fistula closure at the end of surgery, a dye test was done for 65.6% (850/1295) of women with urinary fistulae (including combined fistulae).
To this end, a three dimensional (3D) risk model was developed for assessing mine closure risks.
A high prediction accuracy is achieved in an extensive comparison with classical experimental data, covering not only the mean feature of the flow and transient bubble dispersion patterns, but also the second-order statistics of the liquid which is vital in assessing a closure model and has not been enough addressed in the past RANS-based studies.
