Sentence examples for many areas ranging from inspiring English sources

Dissymmetric micro- and nanoobjects are of enormous interest in many areas ranging from molecular electronics to targeted drug delivery.

The development of biocatalysts for biorefining processes will depend on the involvement of experts in many areas, ranging from biotechnology to petroleum refining.

The research work of Forschungszentrum Jülich covers many areas ranging from materials development over manufacturing of cells, stack design, mechanical and electrochemical characterization, to systems design and demonstration, always supported by feedback from post-test characterization.

The approach should be useful in a good many other areas ranging from industrial inspection to document processing and remote sensing––and indeed, in the many applications where line segments have to be located or thin lines have to be tracked.

Note that the Bessel transform and the Riesz fractional integration transform arise in many scientific areas ranging from physical chemistry to extragalactic astronomy.

The concept of "sustainability" has a specific historical development and is used in many different areas ranging from the development of global and national policies to practical local action.

Today, philosophers of various stripes continue to look to Aristotle for guidance and inspiration in many different areas, ranging from the philosophy of mind to theories of the infinite, though perhaps Aristotle's influence is seen most overtly and avowedly in the resurgence of virtue ethics which began in the last half of the twentieth century.

The unique characteristics of MOFs such as high surface areas, low densities, and structural tunability were soon realized and MOF materials have become the platform for applications in many scientific areas, ranging from gas separation to catalysis, magnetism, conductivity, sensing, drug delivery, electronics and others.

Such models are found in many applied areas ranged from engineering problems from physics to economics as well as to biological and ecological modeling when it occurs that a stochastic nature of the errors is questionable because of limited data or because of complexity and nonlinearity of the model.

Since then, enormous efforts have been devoted to the research of TiO2 material, which has led to many promising applications in areas ranging from photovoltaics and photocatalysis to photo/electrochromics and sensors [9 12].

There are many more, which cover areas ranging from access to education to certain protections for immigrant crime victims.