Sentence examples for depth of oxygen from inspiring English sources
The penetration depth of oxygen along the flowpath depends largely on the hydraulic properties, which may vary significantly between different locations and situations.
According to AES profile, coating CrWN1, with 4.4 at.% W, revealed similar penetration depth of oxygen in comparison to CrN, which was noted for excellent oxidation resistance.
Redox zonation created by the influx of oxygenated waters has previously been simulated using reactive transport models that have incorporated a variety of processes, resulting in predictions for the depth of oxygen penetration that may vary greatly.
According to the microhardness measurement results, there exists a layer of contamination of about 30 μm into the alloy after the enamel was vitrified for 30 min at 900 °C in air; but the depth of oxygen contamination into the alloy changed little after oxidation for 1000 h at 600 °C.
These values are less than the penetration depth of oxygen into metabolically active tissue, and therefore cells in a single layer of paper are not limited in growth or metabolism.
In addition, the diffusive penetration depth of oxygen within tissues in vivo is in the range of only 100 to 200 μm [ 19].
Because this ring's height, width, and growth rate were controlled by the penetration depths of oxygen and glucose, they remained relatively constant over most of the latter part of the simulations.
Non-destructive depth profiles of oxygen and carbon have been obtained for the treated and one month aged samples by means of the non-destructive Tougaard's method of XPS background analysis.
The depth distribution of oxygen vacancy concentration (V O 2+/O) determined from XPS spectra for HfO2/TiO2/HfO2 on Pt- and TiN-coated Si. c HfO2/TiO2/HfO2 on Pt-coated Si. d HfO2/TiO2/HfO2 on TiN-coated Si . Figure7c, d presents the distribution curves of oxygen vacancy concentration of HfO2/TiO2/HfO2 on Pt- and TiN-coated Si based on the above depth XPS profiles, respectively.
The concentration depth profile of oxygen modified LDPE was determined from RBS measurements.
It is shown that the depth of dissolved oxygen migration is greatly influenced by the a priori assumptions that are made in the conceptual models.
