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A two-level random slopes (on age) model with measurements nested within pupils was used, with a continuous measure of TDS as the outcome.
This paper further validates this model with measurements from seven full-scale tests and four series of scaled model experiments.
The simulations described in this work were aimed to check the consistence of the model with measurements performed on a real sensor and evaluate the actual benefits of changing some geometrical parameters with respect to the original configuration.
This work compares the fluid flow velocity required to initiate incipient motion of a particle predicted by a coupled CFD DEM model with measurements obtained during an experiment in an open channel under laboratory conditions.
By combining the cell cycle length predicted by the model with measurements of total cell population and mitotic rate, this approach facilitates the quantification of exit from this compartment without the need for a direct marker of that event.
Combining this model with measurements from satellites like Jason-3, scientists can calculate both the shape and the height of the global sea level surface.
We used a simple hydraulic model with measurements of sap flux (J) at breast height and the base of the live crown for 26 trees over 6 months to examine the effects of elevated CO(2) (eCO(2)) and fertilization (N(F)) treatments, as well as temporal variation in soil moisture (M t), on estimates of the hydraulic time constant.
Data from Wisconsin are used to test agreement of the model with measurements.
My aim was therefore to combine the model with measurements of Aβ1 42 release from acute slices to determine what proportion of diffusible Aβ remains in the extracellular space as a function of time after slice preparation.
We compared our model with measurements made on mouse whiskers (conical) and human hair (cylindrical).
The data will be analyzed in a linear mixed model with measurements at baseline, 4, 12 and 26 weeks.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com