Sentence examples for transfer is primarily from inspiring English sources

Mass transfer is primarily enhanced by chaotic advective mixing, which is produced by the vortex formation-ejection cycle observed during oscillatory flow.

Although the results are consistent with the general view that charge compensation during electron transfer is primarily achieved through the flux of potassium cations, the actual mechanism of charge propagation in potassium salt electrolytes seems to be more complex at higher potentials where a second redox reaction of nickel hexacyanoferrate occurs.

Furthermore, gene transfer was primarily performed by pronuclear microinjection of large-size DNA, lipofection into ES cell or cell fusion with ES cell [28], [34], but all above gene transfer methods are notorious for low transfection efficiencies.

In the time-lapse system group, embryo selection for transfer was primarily based on array CGH analysis.

Causes for transfer were primarily for treatment of co-mordibities complicating their admission such as hypertensive crisis, diabetic emergencies, and respiratory infections.

First, ploidy was determined with array CGH testing, and selection of embryos for transfer was primarily based on the array CGH results in both time-lapse system and conventional incubator groups in order to ensure that only euploid embryos were selected for transfer to patients.

The oxygen mass transfer coefficient (kLa) is primarily affected by gas holdup and the number of risers, and to some extent influenced by liquid velocity.

The improved heat transfer is attributed primarily to increased velocity over the heat exchanger, though the ∼2 °C thermal stratification generated by the baffle-shroud also contributes.

Today, selection of specific embryos for uterine transfer is based primarily on morphologic parameters; only those that appear the most developmentally mature are selected.

This higher charge transfer resistance of ERGO is primarily due to its higher electrical conductivity [32].

The heat transfer enhancement of nanofluids is primarily dependent on thermal conductivity of nanoparticles, particle volume concentrations and mass flow rates.