Organic peroxy radicals (often abbreviated RO2) play a central role in the chemistry of the
Earth's lower atmosphere. Formed in the atmospheric oxidation of essentially every organic …

The application of ammonia (NH 3) as a fuel could contribute to mitigating global warming
and achieving carbon neutrality by mid-century. To enhance the reactivity of NH 3 …

The CH4/O2/NOx system is investigated in a laboratory-scale high pressure laminar flow
reactor with the purpose of elucidating the sensitizing effects of NOx on CH4 oxidation at …

A high-pressure turbulent flow reactor coupled with a chemical ionization mass spectrometer
was used to investigate the minor channel (1b) producing nitric acid, HNO3, in the HO2+ NO …

Modern societies require cleaner and more efficient internal combustion engines. Low-
temperature combustion (LTC) has been proved to be a good step toward this goal. This …

Energetic materials often contain functional groups with bonded nitrogen and oxygen atoms,
such as organic nitrate or nitro components. Therefore, this work presents the development …

Organic peroxy radicals (ROO•) are key oxidants in a wide range of chemical systems such
as living organisms, chemical synthesis and polymerization systems, combustion systems …

Ignition delay times for methane/nitromethane binary fuels with oxygen diluted in Ar (CH
4/CH 3 NO 2/O 2/Ar mixtures) are measured with a heated shock tube behind the reflected …

Potential energy surfaces, minimum energy reaction paths, minima, transition states,
reaction barriers, and conical intersections for the most important atmospheric reactions of …

Methylperoxy radical (CH 3 O 2) and nitric oxide (NO) contribute to the propagation of
photochemical smog in the troposphere via the production of methoxy radical (CH 3 O) and …