Sentence examples for straightforward formation of from inspiring English sources

A straightforward formation of six- and eight-membered rings via the radical cyclization of specifically designed ynamides is reported.

Therefore, for the first time, the contents of CuX molecules can be controlled by dissolving the appropriate amount of CuX into a solution of 1 needed for a straightforward formation of either incomplete (that means porous) spheres in the desired stoichiometry or complete nano-sized balls, which undergo unprecedented reversible shape rearrangement to a tetrahedral-shaped supramolecule.

This straightforward and fast formation of SCNWs made it possible to maintain the binding of briquetted waste anthracite fines at very high temperatures as an alternative fuel in foundry cupola furnaces.

Moreover, p-type doping is not straightforward which limits the formation of p-n junctions and the realization of nanoscale electronic and optoelectronic devices.

This phase separation technique represents a very simple and straightforward approach to the formation of a monolith having a uniform nanoscale porous structure (mesoporosity) without assistance of any templates in comparison with conventional fabrication methods from monomers.

Besides flexible size adjustment, the great popularity of GNPs originates also from their straightforward surface modification by formation of self-assembling monolayers (SAM) with thiol-containing bifunctional ligands.

But Hume emphasizes that the corrections provided by the general point of view are far-ranging, extending beyond the moral sentiments to the formation of aesthetic taste, and influencing even seemingly straightforward perceptual judgments.

Had the United States not been harshly subjected to an earlier, harrowing run which led to public denouncement of captains and the formation of a task force, they might ponder how straightforward this all was.

Astronomers have long thought that the formation of a star and its solar system was straightforward.

Silicon nanoclusters can be prepared using a straightforward procedure of electrochemical etching of single-crystalline silicon, with further formation of a layer of 'porous silicon' (PS).

These studies propose that the formation of distinct nanostructures through oxidant dependent chemical polymerization route is a straightforward way for improving the electrochemical properties of ppy based supercapacitors.