Sentence examples for much more chemically from inspiring English sources

The present study demonstrates that IBAD HA coatings are much more chemically stable than plasma-sprayed HA coatings.

The irony is that the beef offered here as the symbol of a certain lifestyle (the "real" grass-root working-class Americans) is much more chemically and genetically manipulated than the "organic" food consumed by an "artificial" elite.

He wet the sheet with a solvent, and when it dried the sheet was permanently deformed: The spacing of the atoms had changed in a way that made the holes much more chemically reactive.

The OMC was much more chemically inert and heat resistant than the ordered macroporous polymer (OMP), thus multistep synthesis processes were carried out inside the OMC to engineer the composition, shape and structure of the silica based colloids.

Briefly, the hydroxyl group makes RNA much more chemically reactive and structurally flexible than DNA, and thus it exists in a multitude of forms: stems, loops, and pins, circular, single-stranded, and double-stranded...sometimes all in one molecule!

Despite not being a molecular multi-tool, DNA still has its virtues: the absence of a 2′ oxygen on the ribose sugar makes DNA much more chemically stable, allowing deoxyribonucleotides (dNTs) to form longer chains via the infamous double helix, thereby vastly increasing the amount of stored information, and thus potentially expressed complexity.

Whereas DNA provides the genetic information for the cell and is inherently quite stable, RNA has many roles and is much more reactive chemically.

The oxygen and the temperature probes are much more robust chemically but for the former photobleaching can be a critical issue as discussed in the following.

S. nigra is also rich in cyanidin, kaempferol, myricetin, dihydromyricetin, and quercetin derivatives [ 42, 71, 72], making it much more similar chemically to R. rosea than to N. sativa.

Lattice dynamics calculations suggest that the mechanism for the transformation is different from that of the much more studied and chemically similar Ni2MnGa shape memory alloy (SMA).

This is due to the fact that the molecules of coal volatiles, particularly polycyclic aromatic hydrocarbons (PAHs), are much larger and more chemically diverse than those of simple hydrocarbon fuels.