Sentence examples for analysis of the continuously from inspiring English sources

EDIOS will constitute a prerequisite for the full implementation of EuroGOOS by allowing for the first time an analysis of the continuously available data for operational models in Europe, and hence the ability to optimise the deployment of instruments, and the design of sampling strategy and devices in routine and repeated operation.

The analysis of a continuously stirred tank crystallizer in which the particles may undergo agglomeration is presented.

Cohort analysis alone would clearly demonstrate the rapid increase in survival rates of patients diagnosed in the earlier years included in this database, whereas period analysis shows the continuously high levels of survival maintained in the more recent years.

As an emergency department (ED) is a complex adaptive system, the analysis of continuously gathered data is valuable to gain insight in the real-time patient flow.

Analysis of the DNA content of cells continuously treated with JMN3-003 for 36 hours by flow cytometry revealed accumulation of cells in a single population with 2N DNA content, which closely resembled the profile of a reference cell population exposed to hydroxyurea but markedly differed from the 4N DNA content of nocodazole-treated cells (figure 4A).

In an analysis of 11,899 continuously enrolled patients from a single county over a six-month period, 2,285 unique patients experienced 7,226 sentinel health events.

An inverse relation existed between I corr and E corr through the quantitative analysis of the potentiodynamic curves; the E corr continuously increased, while the I corr increased slightly for the pure CrN coating and then it decreased with the ALD sealing layer in the CrN.

SV can be estimated continuously by analysis of the arterial pressure waveform, usually derived from an indwelling arterial catheter or by a non-invasive finger pressure cuff.

This paper presents a method for the dynamic analysis of continuously and non-proportionally damped plates in bending modes.

At the same time, a number of computational tools, facilitating the modelling and analysis of PBNs, are continuously developed.

The basic physiological principle of these techniques is that changes in arterial pulse pressure relate directly to changes in stroke volume (SV); thus, changes in CO can be continuously estimated from analysis of the arterial waveform.