competing reactions

The balance between these competing reactions is not well known at this time.

Systems may include multiple interacting species leading to competing reactions.

The reaction products are found to be the result of at least four separate, simultaneous, and competing reactions.

The reaction is believed to be a living polymerization due to the lack of competing reactions.

When the desired reaction is accelerated, competing reactions are minimized.

Consequently, these ionomers set by several competing reactions to give complex structures.

But these techniques often lack the degree of precise control needed to channel competing reactions in desired directions.

There is then few competing reactions.

The ratio between competing reactions may be influenced by a change in temperature because their activation energies are different in most cases.

Competing reactions of substrate functionalities are also problematic.

It can also protect an intermediate from being consumed by competing reactions catalyzed by other enzymes.

Competing Reactions :

Competing reactions are the Sommelet-Hauser rearrangement and the Hofmann elimination.

It also presumes the absence of competing reactions, though the derivation can be extended to explicitly allow for and describe competitive binding.

Ozonization of methylenecyclohexane in various solvents gives several peroxides and the ozonide in competing reactions.

The method according to Rühlmann employs trimethylchlorosilane as a trapping reagent; by this, competing reactions are efficiently subdued.

The hydrocracking process depends on the nature of the feedstock and the relative rates of the two competing reactions, hydrogenation and cracking.

In addition to alkane formation, competing reactions give small amounts of alkenes, as well as alcohols and other oxygenated hydrocarbons.

For example, in aqueous conditions the competing reactions in the cell are the formation of oxygen at the anode and hydrogen at the cathode.

However, the Wolff rearrangement has limitations due to the highly reactive nature of α-diazocarbonyl compounds, which can undergo a variety of competing reactions.

Catalytic hydrogenation of the monoene as well as hydrogenolysis of oxygen to water are observed as competing reactions.

The fluoride anion is nucleophilic but its anhydrous conditions are required to avoid competing reactions involving hydroxide, which is also a good nucleophile.

It is important to know how fast reactions occur, because in most situations, eg the atmosphere, a combustion engine, or interstellar space, there are many competing reactions.

There are many known methods for the synthesis of these acids, but the reaction mechanism is unclear because of the large number of simultaneously occurring and competing reactions such as redox, chain transfer, and disproportionation.

Measurements of reaction rates - chemical kinetics - of possible competing reactions enables us to predict the fate of superoxide radicals, i.e. whether their production leads to an increase in hydrogen peroxide or to some other species.