Sentence examples for radical compounds from inspiring English sources
Such errors can be attributed to salt forms, isotopic elements, radical compounds and conversion issues.
To confirm this hypothesis, surface-coated polymers containing nitroxide radical compounds (nitroxide radical-containing polymers (NRP)) were designed and developed.
Some nitroxyl radical compounds which have different structures have been prepared and their electrochemical behavior and spectroscopic properties have been studied.
The electrochemical measurements in aprotic electrolyte revealed that most nitroxyl radical compounds show reversible redox behavior similar to that of TEMPO independent of their structures in the range of −0.15 0.20 V versus Ag/Ag+ (3.69 4.04 V versus Li/Li+).
It should be noted that antioxidant compounds, like ascorbate and α-tocopherol, all have the inherent capacity to act as prooxidants because they easily form radical compounds, with their cellular effects thereby being a matter of concentration and the microenvironment within which they act.
Light intensity, given in relative light unit percent of the background (RLU%), was proportional to the concentration of free radical compounds in the sample.
For comparison purposes, the rate constant for the direct electrode reduction of the HRP oxyferryl π-cation radical Compound I was determined in MB-free SWNTs.
DPPH is a free radical compound and has been widely used to test the free radical-scavenging ability of various samples.
This facilitates the scission of the di-oxygen bond to form the ferryl iron and porphyrin cation radical (Compound I), followed by a rapid migration and partial decay of the radical to form compound II.
Fullerenol may also function as an antioxidant by the donation of the hydrogen atom, abstracted from the hydroxyl group, to the particular radical compound (DPPH and OH), which was confirmed by EPR detection of C60(OH)23O, a fullerenol radical.
The proposed mechanism for O2 formation (Scheme 1) involves initial transfer of an oxygen atom from ClO2– to the ferric heme to make an FeIV=O porphyrin (Por) π-cation radical (Compound I).
