Sentence examples for many fundamental studies from inspiring English sources

Many fundamental studies have been conducted to explain the occurrence of squeal in disc and drum brake systems.

While many fundamental studies have investigated how various factors influence the dispersion or aggregation of the nanoparticles, the effect of grafting on the resulting material properties has received considerably less attention.

Many fundamental studies based on the evolution equations derived by long-wave approximation have contributed to the fact that the dynamics of a thin film flowing down an inclined plane is now one of the best-understood problems of hydrodynamic stability.

Nanoscale materials have long promised to revolutionize science and technology, with claims being sustained by both the advances in their fabrication and by the many fundamental studies that have been carried out to date, which have revealed fascinating properties when materials dimensions shrink all the way down to a few hundreds/thousands of atoms.

Editorials in Science and Nature urged the government to 'devise more liberal legislation', while Robert Edwards claimed 'many fundamental studies on differentiation, human anomalies and other major advances may require more days in vitro' (Edwards, 1984; Sattaur, 1984; Anon, 1984e).

Proteins containing disulfide bonds are encountered very rarely in the protein folding studies where the most popular targets are small proteins lacking cysteine residues (with a notable exception of the oxidative folding studies), as well as in many other fundamental studies focusing on proteins of prokaryotic origin.

Although the basic tenets of the synthesis have remained relatively unchanged in the ensuing decades, many fundamental theoretical and experimental studies have confirmed as well as elaborated the ideas expounded in the modern synthesis.

In recent years defined preparation of thin films has become highly desired since many technological applications or fundamental studies depend on the reliable and controlled fabrication of organic, inorganic, or metallic thin films.

He not only developed an abstract framework for their study, but also introduced the tools to study many fundamental nonlinear evolutions coming from mathematical physics.

This value is comparable to many fundamental physical parameters actively studied by photoemission spectroscopy and should be taken seriously in interpreting photoemission data and in designing next generation experiments.

Gossypium, composed of 50 species including 45 diploid and 5 allopolyploid species[1], is an excellent system for studying many fundamental questions relating to genome evolution, plant development, polyploidization, and crop productivity.