Sentence examples for vast array of applications from inspiring English sources

If recent scientific progress is a fair indicator, the future promises remarkable new developments in molecular recognition elements for use in biosensors with a vast array of applications.

Embedded systems are found in a vast array of applications such as consumer electronics, "smart" devices, communication equipment, automobiles, desktop computers, and medical equipment.

Collecting data from a large number of agents scattered over a region of interest is becoming an increasingly appealing paradigm to feed big data archives that lay the ground for a vast array of applications.

In a world where every halfway-decent phone on the market can access the internet, Blackberry is starting to look less versatile than the iPhone, with its vast array of applications, or apps, and new devices using Google's increasingly popular operating system, Android.

TiO2 NPs are widely used in the nanotechnology industry due to their vast array of applications that range from household commodities, such as components of paints and carpets, to personal products that include cosmetics, textiles, sunscreens and foods [8], [9].

Once libraries are available, recent studies illustrate the vast array of applications that can be applied to them such as forensic engineering [21], [22], ecology of cryptic communities [23], the tracking of invasive species [24], [25] and identification of prey from predator stomach samples [e.g. 26].

And he sees a vast array of other applications for his Bayesian approach.

Trajectory design is a key problem in a vast array of robotic applications including the design of autonomous agile vehicles and of minimalist manipulators.

Dendrimers are being explored for a vast array of biomedical applications, and in this chapter we have given an account on the various aspects of this nanoengineered polymer, particularly in relevance to its drug delivery applications.

These new integrated fields, spread across the diversity of life sciences, are opening up a vast array of practical applications, ranging from new medical approaches, to alternative sources of energy, to new theoretical bases in the behavioral and social sciences.

In the last twenty years there has been an explosion in the demand for custom oligonucleotide synthesis to support a vast array of genomics applications.