Sentence examples for steps compatible from inspiring English sources

We apply several preprocessing steps compatible with those of two-way analysis.

In addition, when nascent adhesions assemble, there is a continuous increase in intensity consistent with addition of paxillin monomers, whereas when the adhesions dissemble, the loss of intensity occurs in larger steps compatible with release of larger aggregates (E. Gratton and M. Digman, unpublished observation).

We also report the manufacturing of holed clamped clamped beam resonators in only six major steps using compatible CMOS process.

It is shown that, whenever the use of large time steps is compatible with the capture of the water flow dynamics and of the bedload evolution, the implicit scheme is far more efficient than its explicit counterpart with a CPU reduction up to more than two orders of magnitude.

In this paper, we propose a simpler method for making suspended membranes for thermally isolated application by using cheap processing steps and compatible with CMOS-process; also, there are some simulations done to predict stiction as function of the anchor profile.

In the remaining part of the paper we discuss which combinations of these paths and which rate determining steps are compatible with our experimental observations.

See Section 3 (3) which reads: 'The release of GMOs may only be performed step by step meaning that the containment of the GMOs may stepwise be unclenched and the scale of release only be increased if the assessment of the earlier step indicates that the next step is compatible with the precautionary principle.'.

This requirement represents a significant communication burden for the whole tracking scheme; in this paper, our focus is on the single consensus step version, compatible with the trackers formulated above.

Therefore we developed an alternative assay for rapid (only 5 hours from DNA extraction to data acquisition) and comprehensive analysis of the 12 clinically IDH1/2 mutations reported to date, with a single-step design compatible with easy implementation in routine clinical practice.

One of the unique features of this approach is that many of the steps required are compatible in a modular fashion allowing for the best solution at each stage to be effectively integrated.

The involved dry reactive ion etching (RIE), electron-beam deposition (EBD), and atmospheric pressure chemical vapor deposition (APCVD) processing steps are fully compatible with the manufacturing techniques for silicon microelectronics, emphasizing the potential for practical mass production.