Sentence examples for environments as a function of from inspiring English sources

Additionally, the vertical profiles of gas concentration were compared with the Gaussian plume model, and a new equation for computing the vertical dispersion parameter is proposed for urban environments as a function of the averaged buildings height.

In addition, complex sample environment apparatus may be utilized with these instruments that allows materials to be studied under controlled gas environments as a function of temperature, pressure and gas flow.

This divergence between measured water uptake and chloride permeability in alkali-activated specimens is attributed largely due to the specified standard preconditioning (drying) of the samples prior to water absorption testing due to the difference in water environments as a function of slag/fly ash ratio.

Open image in new window Fig. 6 I V curves for Cu/glass thin films annealed in air for 35 min Open image in new window Fig. 7 Variation in resistivity of Cu/glass thin films annealed at different times and in different environments as a function of annealing temperature (the lines are guides to the eyes).

The increasing quantity of singletons and the decreasing rate of growth of atom environments as a function of atom environment radius implies that there is still an enormous chemical space to explore even at the chemical fragment level, with nearly half of all r = 3 molecular fragments in Compound appearing in only a single structure.

The electrochemical synthesis of ferrate VI) was studied in a molten salt environment as a function of temperature (170 200 °C).

In addition, the adhesions of various biomolecules, both in vacuum and in a liquid environment, as a function of surface plane and termination, will also be presented.

With the help of WiSE [8], we can obtain the set of all link gains for a specific environment as a function of its geometry.

We use the respective seawater blank analyses as our input solutions to directly correct for any trace metal contamination from the laboratory environment as a function of time (the experiments were not conducted in a Class 100 clean room).

Using the cell and NPC ROI analysis approaches, we systematically quantified the spectral changes experienced by NPs in a cellular environment as a function of NP exposure duration and dose - two important parameters in administering NPs for biomedical applications.

We model persistence of a whipworm deposit in the environment as a function of both regional climate suitability and its sensitivity to the local conditions in which it was deposited.