In this study an experimental work has been carried out: 1) to test the performance of an economic Cross-Flow turbine which maintains high efficiency within a large range of water discharges, and 2) to validate a new approximated formula relating main inlet velocity to inlet pressure.
adjCa was calculated using a formula derived from and validated on the local population [ 2].
To validate the formula (6), we show that diversity gains of the investigated methods are equal to two despite the mean power imbalance.
To validate the formula, we corrected the QTcV intervals for the changes in Tc (=QTcVcT; QTcV corrected for changes in core temperature) to achieve a horizontal line in the QTcVcT/Tc plots in four dogs with a Tc range from 34 to 40 °C.
We validate the formulae with a spatially explicit simulation.
20 Doppler assessment of AS included measurement of peak and mean transvalvular velocities and gradients; aortic valve area by the continuity equation, indexed for body surface area; and pressure recovery adjusted aortic valve area (ie, energy loss index (ELI)) calculated by a previously validated formula.
With an accuracy of 81.6% and a low false-negative rate, we established a reliable prospectively validated formula assessed by one simple blood collection selecting 'high risk' patients being vulnerable for severe hyperkalemia.
However, no data from an independent prospective study were available to validate our dosing formula.
For each CNVR to be validated, a value from the formula 2×2-≥≥CT was calculated for each individual.
In a prospective setup, additional 38 patients were enrolled to validate the formulas: none of the patients suffered from hyperkalemia prior to PRRT with mean potassium levels of 4.34 ± 0.39 mmol/l.
Finally, two simulations are conducted to validate the present formula.
