Sentence examples for may further react from inspiring English sources

The enclosed Zn may further react only via a rather slow solid-state diffusion through the ZnO scale.

However, this initial product may further react with additional oxo groups, as observed during reductive aminations with (NH4 2CO3 [ 40].

(ii) With sub-stoichiometric amounts of thiram, the protein-thiram disulfide may further react with thiols producing inter- and intra-molecular disulfides.

These intermediates may further react with oxygen to form peroxides, superoxides ions, and hydroxyl radicals (known as ROS), initiating free radical chain reactions.

The only processing steps in the cigarette factory during which sugars may further react are flue-cured tobacco expansion, i.e. increasing the volume of the tobacco leaves, and Burley tobacco drying after casing, i.e. after the application of water soluble cigarette ingredients.

The relatively mild white mustard contains glucosinalbin instead, which is mainly converted to 4-hydroxybenzyl isothiocyanate and may further react to 4-hydroxybenzyl alcohol (4-HBA) and thiocyanate (Kawakishi et al. 1967; Fenwick et al. 1983; Buskov et al. 2000; Agerbirk et al. 2008; Popova & Morra 2014).

At high conversion (>90%), dimethylphenol was formed in high yield (>60%) with minor amounts of methylated cyclohexanol and/or cyclohexanone, which may further be reacted to form the desired product.

Free radicals further react with molecular oxygen to give a peroxyl radical, initiating a sequence of oxidative degradation reactions which may lead to complete mineralization of the contaminant (Chiro et al. 1999; Catalkaya and Kargi 2007).

They may also be further reacted or treated through their CDs to cross-link and form networks or to form blends with other polymers having a propensity to thread through their attached CD cavities.

Manganese-based superoxide dismutase mimetics may exert a similar protective effect, scavenging superoxide anions and preventing them from further reacting with NO to generate peroxynitrite within the mitochondria [ 36].

However, these compounds show limited stability, presumably due to the cyclisation of the N-terminal amino group of phenylalanine onto the carbonyl moiety of the ALA residue, generating a six-membered Schiff base intermediate that may react further (Berger et al, 2003), which therefore necessitates preparation just before the experiment.