The phrase "acceptable deposition" is correct and usable in written English.
It can be used in legal contexts to refer to a deposition that meets the required standards or criteria.
Example: "The court found the witness's testimony to be an acceptable deposition for the case."
Alternatives: "valid deposition" or "permissible deposition".
Uniform rhenium coatings have been obtained by using proper combination of deposition conditions at an acceptable deposition rate and yield.
The conventional configuration (substrate parallel and frontal to the target surface) of the pulsed laser ablation deposition technique has been modified for improving the film uniformity with acceptable deposition rates, leading to the 'dynamic deposition configuration'.
If so, is this chemical effect significant at the levels of area coverage that are commonly used as thresholds of acceptable deposition?
An increased height of MDs is also an acceptable result when ML deposition is increased in conditions of atomically smooth surfaces.
As a result, it can be concluded that a lower T G or a higher spray rate is acceptable for the CSP deposition of the ZnONRL in case an alcoholic solution is used, compared to the T G and spray rates used for aqueous solutions (Effect of the growth temperature on PL properties of ZnONRL and Effect of the spray rate on PL properties of ZnONRL sections).
According to the simulation and experimental results, the thin film deposition results were acceptable.
In conclusion, we demonstrate that a combination of IGF-1 and FGF-2 increases cell proliferation, GAG and collagen deposition, and renders acceptable results to create a predifferentiated implant of gene-modified ASC amenable for preclinical studies in the ovine model.
Figure 2 shows two examples of model predictions obtained for all acceptable parameter sets for the depositioning of hepatic triglycerides and cholesterylesters in cytoplasmic and endoplasmic reticulum fractions.
When considering all results from the characterization experiments, we conclude that fabrication of polymer composites at 500 µA for 1200 s, corresponding to 0.6 C, allowed for sufficient polymer deposition while maintaining an acceptable transparency in order to facilitate optical microscopy and visual inspection of biofilms.
Laser parameters in terms of laser power, processing speed and powder feed rate have been optimized to achieve acceptable clad-substrate integrity with optimum deposition height and width without any surface cracks and porosity.
The exponential Arrhenius expression was used as the basis for this correlation, but it did not provide an acceptable justification about the physics of deposition.
