Sentence examples for oxidation reactivity from inspiring English sources

This paper discusses the fundamental information currently available concerning the molecular structure and sulfur dioxide oxidation reactivity of surface vanadia species on oxide supports.

The way in which O2 interacts is influenced by the peculiarities of the structure of the aromatic substrate, which dictates the most reactive positions (See "Influence of structure on oxidation reactivity").

First, soot oxidation reactivity was characterized using thermogravimetric analysis (TGA).

The surface oxygen content related to soot oxidation reactivity.

Furthermore, the oxidation reactivity of different substrates was in the following order: DBT > 4,6-DMDBT > BT.

Molecular structure exerts a profound effect on low temperature oxidation reactivity.

The experimental results showed that oxidation reactivities decreased according to the following order: DBT > BT > 4-MDBT > 2-MT > 2,5-DMT > 4,6-DMDBT.

The oxidation reactivities of two C/C composites and of their available components (fibers, bulk matrices) are determined by measurement of mass loss rate in a cylindrical oxidation reactor under dry air and at atmospheric pressure.

For example, [P4O10].+ reacts with all substrates predominantly by homolytic C H bond cleavage (HAT), while [V4O10].+ gives rise to OAT to the higher hydrocarbons as well as to ODH. 19 These differences in oxidation reactivities suggested a more systematic investigation at a molecular level, that is, the studies of mixed vanadium-phosphorus oxygen cluster ions [V x P4− x O10].+ (x=1 3).

The catalytic activity was attributed to the hydrocarbon-oxidation reactivity of a silver catalyst.

Notably, most of the properties now increase from bottom to top, including atomic number, atomic mass, atomic radius, maximum oxidation state and reactivity (apart from that of the halogens which are different from the other groups whether the periodic table is in its conventional orientation or in the flipped form).