Electrochemical detection methods are widely used in DNA diagnostics as it provide simple, accurate and inexpensive platform for DNA detection.
Pseudo-colour rendering was chosen as it provided simple and rapid differentiation and mapping of certain pigments for the entire painted surface.
The relationship may find applicability in a wide range of fields as it provides a simple model to quickly estimate the number of walls most likely present in a population of nanotubes from only the measure of their average diameter.
Nevertheless, grid shape has been widely used by researchers to evaluate the scalability of IEEE 802.11s mechanisms [13, 49 52] as it provides a simple and controlled environment, allowing a fair comparison of reproducible results.
The cell polarity model in general is widely accepted, as it provides a simple and straightforward explanation of how lineage decisions might be made.
Swinburne notes four criteria to be used to determine the best explanation: an explanation is justified insofar as it provides predictability, is simple, fits with our background knowledge, and explains the phenomena better than any other theory (1996, 26).
Generally, heterogeneous catalysts are preferred over homogenous catalysts as it provides advantages such as simple separation process, good reusability and saponification prevention [3, 4].
It is also expected to be very useful for speech synthesis systems, as it provides a direct and simple way to proceed time interpolation of LSF vectors for time-stretching/compression of speech: interpolated LSF vectors can be calculated using (1) at any arbitrary instant, while the general shape of the trajectory is preserved.
The neutral theory greatly contributed to the development of the field as it provided a simple null hypothesis with testable predictions.
In situ NMR spectroscopy was the method of choice as it provided a simple, efficient and effective means of performing the desired measurements; analyses were relatively fast and sampling was not necessary.
