Sentence examples for ethyl radical from inspiring English sources
Subsequent reaction of the resultant ethyl radical with Mo(CO 6 probably generates very reactive odd electron Mo species which are capable of rapid catalysis via classical olefin carbonylation mechanisms.
The introduction of an ideal catalytic function (methyl and ethyl radical formation without full oxidation) also increases maximum C2 yields by increasing the concentration of methyl radicals involved in bimolecular coupling steps.
Most noteworthy among these writings were his series of papers on the nitrogen content of bases, joint work with Wöhler on the benzoyl radical (1832) and on the degradation products of urea (1837), the discovery of chloral (trichloroethanal, 1832), the identification of the ethyl radical (1834), the preparation of acetaldehyde (ethanal, 1835), and the hydrogen theory of organic acids (1838).
Series of compounds could be understood in terms of additions, for example to the methyl radical, CH3, or to the ethyl radical, C2H5, and so on.
This may be due to the low solvation provided by ethanol, probably because of the presence of the ethyl radical that is longer than the methyl radical present in methanol, resulting in a lower solvation of antioxidant molecules.
Excessive generation of free radicals (i.e. hydroxyl ethyl radical, superoxide radical (O2−), hydroxyl radical (OH−), peroxyl radical and hydrogen peroxide) occur as a result of ethanol administration [ 44].
Thus, ethyl radicals, formed from tetraethyllead, Pb(C2H5 4, dissolve zinc and antimony mirrors.
This is also accounted for by the short life time of ethyl radicals.
The peroxides which yielded reactive methyl radicals were more efficient at producing polymeric radicals, relative to the peroxides which generated less reactive ethyl radicals.
The distribution of gaseous products from ethyl iodide reduction indicates the formation of small concentrations of free ethyl radicals at less negative potentials.
Propanal and ethyl formate have similar ignition delays that are shorter than those of the other three fuels, due to their ability to form reactive ethyl radicals.
