Sentence examples for molecules can react from inspiring English sources

Ammonia molecules interact with acidic hydroxyls forming ammonium ions, however upon the neutralization of acidic hydroxyls next introduced ammonia molecules can react with ammonium ions (which also act as Brønsted acid sites), forming dimers NH4+·NH3.

Small molecules can react with DNA via covalent or non-covalent interactions.

In the second step, CO molecules can react with oxygen species on surface of the sensor device which reduce the electrical resistance.

Large quantities of H2 molecules can react quickly with the Pd nanoparticles due to the increased contacting area and large quantities of electrons are released into the few-layer MoS2.

Because excited molecules can react with molecular oxygen to produce free radicals, exposure to electromagnetic radiation can produce reactive oxygen species, which are damaging to biological samples.

This reaction is important in drug metabolism, as epoxides formed during the oxidation of drug molecules can react with proteins and DNA, causing damage to cells.

The several spots observed for the purified fluorescent product 1 were expected since castor oil is a mixture of triglycerides and also because the rhodamine B molecule can react with one, two, or three of the hydroxyl groups presented in the ricinolein residue, which could result in products with different polarities.

As both the amine and carboxylic acid groups of amino acids can react to form amide bonds, one amino acid molecule can react with another and become joined through an amide linkage.

Perhaps these constraints explain that very different reaction systems reactions in planetary atmospheres and the organismal metabolism share large-scale features (like the right-skewed probability distributions of degree, which roughly speaking reflects the number of molecules a molecule can react with) [1], [2].

Our experiments suggest that the reaction conditions assist the decomposition of the solvent to produce dimethylamine molecules that can react with the oxygen-rich functional groups covering the surface of the exfoliated layers of graphene, therefore generating chemically modified graphene (CMG).

To create molecules that can react over and over may require the chemists to move down the periodic table to find a new metal that doesn't clutch onto oxamide as tightly, Chirik says.