"degree of occupancy" is a correct and usable phrase in written English.
It refers to the level or extent to which a space or building is occupied or filled. Example: "The hotel's degree of occupancy has increased significantly since last year, with an average of 85% of rooms being booked each month."
Likewise, the acoustic effect of an already executed seating replacement in the performance space is analyzed in relation to the degree of occupancy of the room.
Diffusional hindrances due to the high degree of occupancy of the TS-1 pores, as well as, a strong adsorption of styrene, phenylacetaldehyde and benzaldehyde on the Ti sites are proposed as the main reasons for the TS-1 deactivation.
Here, the information on the charge state and on the atomic surrounding of the considered element provided by XAS was exploited to monitor the degree of occupancy of 5d states of Pt in the course of oxide formation and growth, and to elucidate the competing halide adsorption/desorption phenomena.
However, the extent of this reaction depends to a large extent on the physicochemical properties of the framework and the interlayer space composition, such as the presence or absence of an octahedral sheet, the degree of occupancy of this sheet, and the origin and total layer charge.
The decrease in oPL binding resulted from an 80% reduction in the number of fetal oPL-binding sites (Scatchard analysis); there were no changes in the affinity of the oPL receptor (Kd, 0.6 nM), the subunit structure of the receptor, or the degree of occupancy of the receptor in vivo by endogenous fetal hormones.
Furthermore, this degree of occupancy for any individual site was not observed in undifferentiated cells (fibroblasts), where RXR is abundantly expressed but PPARγ is not (Figure S3).
As an example, all reactions that change a certain level of occupancy or degree of phosphorylation belong to the same process.
Dielectric properties clearly reflect the pore structure development and the degree of pore occupancy by electrolyte.
We addressed the influence the degree of space occupancy and the degree of crosslinking on the physical properties of chitosan-TPP nanoparticles.
Netupitant is a highly selective NK1 RA with a high degree of receptor occupancy.
Second, in a parallel strategy, we used regression modeling that predicted the degree of p63 occupancy.
