Sentence examples for formation of ethylene from inspiring English sources

The following example shows the formation of ethylene, C2H4.

Use of EC leads to formation of ethylene glycol that involves tedious work-up procedure.

The formation of ethylene occurred via thermal pyrolysis and oxidative dehydrogenation.

This gene encodes an intermediate during the formation of ethylene, which plays a role in abiotic stress signaling (Lingam et al. [2011]).

The simulation results also proved that hydrogen can promote the formation of ethylene and inhibit the condensation of acetylene during quenching.

Simultaneously, the formation of ethylene and diethyl ether, the products of ethanol dehydration occurring on Brønsted acid centers, is observed.

In this view, electrochemical reduction of CO2 appears promising since it can lead to formation of methane, ethylene, methanol, formate, carbon monoxide, formic acid and other compounds that can be potentially used as fuels [8, 9, 10].

The alkoxides (ethoxide and isopropoxide) are formed due to the breaking of the CH bond of the parent alkane and are the precursor for the formation of olefins (ethylene and propylene).

A kinetic model was used for reactor simulation, which describes the primary oxidative dehydrogenation of ethane to ethylene, the formation of acetic acid via ethylene, as an intermediate as well as a direct formation of acetic acid from ethane.

It was found that copper oxide catalysts (CuO and Cu2O) were effective for the formation of hydrocarbons, especially ethylene, in the electrochemical reduction of CO2 in methanol-based electrolyte.

Ratio between the rates of ethanol consumption for oxygenate syntheses and ethanol total consumption (Roxyg), ratio between the rates of ethylene formation and ethanol total consumption (Rolef) and ratios values between the acetone generation rate and the oxygenated formation rate (Racet).