Researchers from the Hong Kong Polytechnic University, alongside mainland collaborators, have uncovered an unexpected ...

Severe wintertime ozone (O3) pollution may be driven by alkene emissions from local petrochemical industries, and can be ...

Aug. 2, 2024 — Scientists confirmed that much of ozone's increase in the upper troposphere is likely due to humans. A team detected a clear signal of human ... New Study Disputes Hunga Tonga ...

New Delhi, Jan 12 Severe wintertime ozone (O3) pollution may be driven by alkene emissions from ... The team identified alkene ozonolysis as the dominant driver of O3 formation, rather than the ...

New Delhi: Severe wintertime ozone (O3) pollution may be driven by alkene emissions from ... The team identified alkene ozonolysis as the dominant driver of O3 formation, rather than the traditional ...

Severe wintertime ozone (O3) pollution may be ... rather than the traditional radical sources initiated by photolysis. This chemical reaction occurs without sunlight and produces Criegee ...

Senior writer John Oehser answers your questions.

Researchers from the Hong Kong Polytechnic University, alongside mainland collaborators, have uncovered an unexpected phenomenon: severe wintertime ...

College of Chemistry, Chemical Engineering and Materials Science, Soochow University, Suzhou 215123, People’s Republic of China ...

Reaction formation may be a temporary coping mechanism, but it’s unproductive in the long run. It ignores underlying beliefs or challenges that need to be addressed, which can hurt mental health.