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Publications by M. Mochida
The Relative Importance of Competing Pathways for the Formation of High-Molecular-Weight Peroxides in the Ozonolysis of Organic Aerosol Particles
Atmospheric Chemistry and Physics
Atmospheric Science
Time-Resolved Measurements of Water-Soluble Organic Carbon in Tokyo
Journal of Geophysical Research
Geochemistry
Space
Planetary Sciences
Oceanography
Paleontology
Petrology
Soil Science
Forestry
Atmospheric Science
Ecology
Geophysics
Aquatic Science
Earth
Earth-Surface Processes
Planetary Science
Technology
Water Science
Related publications
Importance of Relative Humidity in the Oxidative Ageing of Organic Aerosols: Case Study of the Ozonolysis of Maleic Acid Aerosol
Atmospheric Chemistry and Physics
Atmospheric Science
Formation of Secondary Organic Aerosol and Oligomers From the Ozonolysis of Enol Ethers
Atmospheric Chemistry and Physics Discussions
Atmospheric Science
Planetary Science
Space
Investigating the Composition of Organic Aerosol Resulting From Cyclohexene Ozonolysis: Low Molecular Weight and Heterogeneous Reaction Products
Atmospheric Chemistry and Physics
Atmospheric Science
Investigative Modeling of New Pathways for Secondary Organic Aerosol Formation
Atmospheric Chemistry and Physics
Atmospheric Science
High-Molecular-Weight Esters in ≪i>α</I>-Pinene Ozonolysis Secondary Organic Aerosol: Structural Characterization and Mechanistic Proposal for Their Formation From Highly Oxygenated Molecules
Atmospheric Chemistry and Physics
Atmospheric Science
Studies on Ozonolysis. II. Ozonolysis of Lsoeugenol in Chloroform. Part 2. On the Peroxides Formed by Ozonolysis
Nippon kagaku zassi
Temperature Dependence of Secondary Organic Aerosol Yield From the Ozonolysis of Β-Pinene
Atmospheric Chemistry and Physics Discussions
Atmospheric Science
Planetary Science
Space
Secondary Organic Aerosol Formation From Aromatic Alkene Ozonolysis: Influence of the Precursor Structure on Yield, Chemical Composition and Mechanism
Journal of Physical Chemistry A
Medicine
Theoretical Chemistry
Physical
Identifying Precursors and Aqueous Organic Aerosol Formation Pathways During the SOAS Campaign
