Sentence examples for components of technique from inspiring English sources

"The drinks were picked not only because they were classic drinks," said Mr. Feldman, "but because each had multiple components of technique to demonstrate".

Outside the importance of conducting future studies that comprehensively describe the MH technique used, additional studies could establish how the different components of the technique are of influence on the therapeutic aims of MH.

In these calculations, the presence of multiple measurements per animal was taken into account by using the Components of Variance technique [ 8].

The traditional components of the technique as outlined in the original description [ 4] include oxygen administration, injection of a predetermined dose of thiopental immediately followed by succinylcholine, application of cricoid pressure, and avoidance of positive pressure ventilation before tracheal intubation with a cuffed endotracheal tube [ 4].

Here we review the current stage of FRET methods development with the main focus on its applications in protein studies in biological systems, by summarizing the basic components of FRET techniques, most established quantification methods, as well as potential pitfalls, illustrated by example applications.

Asking a singer to change a basic component of her technique is like asking a tennis player to change her hand grip: it may be good advice, but it can easily take months to make the adjustment.

But the team say they've now managed to shrink the wall to a radius of 2.5m, and reckon they could squeeze it further by increasing the strength of the visuo-haptic interaction — the other key component of the technique.

Statistical veracity in assessing gene expression by qRT-PCR is an important component of the technique (Vandesompele et al. 2002; Silver et al. 2006).

A transport equation for the unburned gas temperature which forms a key component of this technique is derived from an energy balance for a reacting flow problem.

In addition, we take advantage of the short acquisition time (32 ms per velocity component) of the technique to quantitatively track the time evolution of the fluid velocity in a pulsatile flow phantom.

The main component of the technique involves minimising the difference between an experimentally measured and a numerically determined creep response at various elevated temperatures by varying the interlaminar shear modulus terms in the numerical model.