Sentence examples for more stable hydrogen from inspiring English sources

Molecular dynamics simulations illustrated that the more stable hydrogen bond interaction of the UA derivative 12e with Ser191 and stronger hydrophobic interactions with Val198, Phe463 than those of OA derivative 12b mainly led to their significantly different CETP inhibitory activity.

For this sample, the smaller perovskite crystallites on the catalyst at the beginning of the reaction imply higher and more stable hydrogen production for short-term test aging test.

When the functional groups encountered with polar solvent molecules, they may form more stable hydrogen bonds, so the interactions between coal molecules will be destroyed and result in a large swelling ratio of the coal.

Superoxide is rapidly dismutated to more stable hydrogen peroxide by SOD [ 28].

There, superoxide is rapidly dismutated to the more stable hydrogen peroxide by superoxide dismutase (SOD) [ 28].

MnSOD catalyzes the conversion of the highly reactive and unstable superoxide anion in mitochondria to less reactive and more stable hydrogen peroxide, a critical step in ROS detoxification.

(4) Covalent crosslinking offers high structural stability because covalent bonding is stronger and more stable than hydrogen bonding and van der Waals force that are the major forces maintaining the structure of non-crosslinked gels.

It can be eventually concluded that the newly generated burner provides more stable flame and hydrogen addition improves the combustion performances of the low calorific value coal gases under premixed combustion conditions.

It's also more durable, Long says, because the molybdenum atom in each compound is bonded to five other atoms, making it harder to knock apart and thus more stable than competing hydrogen-generating compounds using iron and nickel that form fewer links to their neighbors.

The catalysts calcined at 450 °C were more stable and exhibited higher hydrogen selectivity.

Due to its more stable and diffusible nature, hydrogen peroxide acts as a second messenger because of its reactions with specific oxidation-prone protein cysteinyl residues [45], which confers properties to hydrogen peroxide as a mitochondrial signaling molecule [4].