This thesis explores the gas-phase reactions of ortho-substituted phenyl radicals with neutral species including O2, allene, and propyne using mass spectrometry. It is revealed that after formation of the reaction adduct, the presence of an orthosubstituent provides an unique intermediate to a↵ect the final product distribution in a manner distinct from meta- and para-substituted phenyl radical reactions
This thesis presents a series of scientific studies exploring the initiation of various chemical rea...
The mechanism of the aromatic S(,RN)1 reaction was studied using the competitive reaction kinetics. ...
This thesis embodies two focuses, pertaining to the observation and identification of atmosphericall...
Product detection studies of the gas-phase oxidation of o-methylphenyl radicals and m-methylphenyl r...
Product detection studies of the gas-phase oxidation of o-methylphenyl radicals and m-methylphenyl r...
The phenylperoxyl radical has long been accepted as a critical intermediate in the oxidation of benz...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
In the gas phase, arylperoxyl forming reactions play a significant role in low-temperature combustio...
Degradation of DNA via radical attack plays an important role in various biological processes (e.g.,...
Gas-phase product detection studies of <span class="italic">o</span>-hydroxyphenyl radical and O<sma...
Small nitrogen containing heteroaromatics are fundamental building blocks for many biological molecu...
This thesis presents a series of scientific studies exploring the initiation of various chemical rea...
The mechanism of the aromatic S(,RN)1 reaction was studied using the competitive reaction kinetics. ...
This thesis embodies two focuses, pertaining to the observation and identification of atmosphericall...
Product detection studies of the gas-phase oxidation of o-methylphenyl radicals and m-methylphenyl r...
Product detection studies of the gas-phase oxidation of o-methylphenyl radicals and m-methylphenyl r...
The phenylperoxyl radical has long been accepted as a critical intermediate in the oxidation of benz...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
Gas-phase product detection studies of o-hydroxyphenyl radical and O2 are reported at 373, 500, and ...
In the gas phase, arylperoxyl forming reactions play a significant role in low-temperature combustio...
Degradation of DNA via radical attack plays an important role in various biological processes (e.g.,...
Gas-phase product detection studies of <span class="italic">o</span>-hydroxyphenyl radical and O<sma...
Small nitrogen containing heteroaromatics are fundamental building blocks for many biological molecu...
This thesis presents a series of scientific studies exploring the initiation of various chemical rea...
The mechanism of the aromatic S(,RN)1 reaction was studied using the competitive reaction kinetics. ...
This thesis embodies two focuses, pertaining to the observation and identification of atmosphericall...